TESLA HOME BATTERY COSTnPowerwall, an integrated battery system, stores your solar energy for back-up protection. Your system automatically detects outages and recharges with sunlight. You can keep your appliances working for days.nnTESLA BATTERY PACKnPowerwall is included with every solar purchase. This compact battery stores your solar energy and allows you to use it even when the sunu2019s not shining. Additional Powerwall units can be added to your order to reduce your carbon footprint, and to prepare your house for power outages. Chat with an Energy Advisor to get answers to your questions about Tesla solar powerwall.nnTESLA SOLAR APPnThe Tesla app lets you monitor your solar power in real-time. Your preferences can be set to optimize for energy independence and outage protection. You can access your system from anywhere using remote access or instant alerts.nnTESLA POWERWALL REVIEW 2022nPowerwall can be installed quickly and is minimalist in design. It complements a wide range of solar systems and home styles. This compact, all-in one design offers multiple mounting options for indoor and outdoor spaces. Chat with an energy adviser to discuss any questions you may have about Tesla Powerwall.nnSOLAR POWERED TESLAnSolar storage used to be a conversation about distant futures, but Elon Musku2019s Tesla Powerwall system made it about the present. There have been many versions, including the current Powerwall+.nnTESLA POWERWALL BATTERY SAN FERNANDOnThe Powerwall, without doubt, is a great home energy storage option. It is affordable and has many great features. Is it the best solar home batteries to pair with solar panels? It might surprise you.nnCOST OF TESLA BATTERYnThe federal solar credit is the most important incentive. This will reduce the cost for a Powerwall installation by 26% as long as itu2019s paired with solar panel.nnTESLA BATTERY FOR HOME IN SAN FERNANDOnOther than the federal credit, there are additional rebates and incentives offered by some states and utilities. These rebates, including the SGIP incentive in California and Green Mountain Poweru2019s Bring Your Own Device Program (Vt.) can almost cover 90% of the cost of installing a Powerwall.nnTESLA BATTERY BANKnThe Tesla Battery Bank features some impressive specs, as well smart monitoring and management that are unmatched in the solar power industry.nnHOW LONG DO TESLA BATTERIES LASTnThe Powerwallu2019s life expectancy is fairly standard for lithium ion battery batteries. It will still be able to run at 70% of its original capacity after 10years. Your Powerwall batteryu2019s lifespan will depend on the operating mode you select.nnTESLA ENERGY STORAGEnThe batteryu2019s ability to store electricity is what it tells us. The more capacity a battery has, the more energy it can store. The Powerwall has the capacity to store 13.5 kilowatthours (kWh), enough electricity to power approximately half of American homes.nnBATTERY WALLnThe Powerwall can probably run your fridge, WiFi, outlets and lights for approximately 24 hours on one charge.nnHOW LONG DOES A TESLA BATTERY LAST PER CHARGEnOne of the major changes brought about by the Powerwall+ was a higher power rating. A batteryu2019s continuous power rating tells you how many appliances it can run.nnThe grid can connect Powerwall batteries to deliver 7.6kW of continuous power when thereu2019s sun, and 5.6kW with no sun. This means that one Powerwall can be used to power 120-volt appliances, such as your fridge, lights, and electrical outlets. Additional Powerwalls may be needed to power high-powered appliances such air conditioners.nnTESLA POWERWALL LIFESPANnUnique about the Powerwall is the ability of the battery to release more energy when it is operating off-grid. The output ranges from 7 kW up to 9.6kW depending on weather conditions. It can run more appliances in your home even if the Powerwall has been disconnected from the grid during power outages.nnIn addition to the continuous power rating, battery have a peak capacity rating. This is the maximum output a battery can give in a very brief time period (usually less than 10 seconds). The batteryu2019s ability for sustaining short power surges is measured by the peak power ratings. This could be used to power appliances that draw more electricity.nnHOW MANY KW IS A TESLA BATTERYnWhen the Powerwall is connected to the grid it has no peak power rating. But when the sun shines the peak power ranges anywhere from 10 kW up to 22 kW.nnThese numbers are considerably higher than industry average peak power rating which is typically around 7 kW. However, you can only unlock the full potential of your solar system if it has at least 12 kW. Anything less and you wonu2019t be able generate enough power.nnThese modes allow you control when and how much energy you want to store in your battery. Solar Self Consumption Mode lets your home be powered even when the sun isnu2019t shining. This mode stores solar power to use later.nnSMART HOME SAVINGS TESLAnYou can choose to have your Powerwall only act as an emergency backup battery in the event of a blackout with Backup Power mode.nnTime-Based controls are useful for utilities that use Time-of-Use rates. These rates charge different electric rates depending on what time of day it is. Time-Based Control mode allows your Powerwall to automatically charge your battery when it is cheaper and then discharge when prices rise, saving you money on your utility bill.nnTESLA WHOLE HOUSE BATTERYnThe Tesla Powerwall is an integrated storage inverter, which is a type of inverter that is built into a battery. AC-coupled batteryu2019s main benefit is their ability to be connected to existing solar panel systems. Your battery will continue to work even if your solar inverter goes down, and vice versa.nnAC-coupled systems are less efficient than DC batteries, and the additional hardware means that there are more parts at risk.nnTESLA HOME POWERnTesla Powerwalls require a long wait time due to the high demand for solar battery. As more homeowners seek reliable backup power, there is a significant waiting period. Teslau2019s production canu2019t keep pace. Tesla currently has 80,000 Powerwall order that are yet to be fulfilled, according to recent reports.nnA Powerwall alternative is the best option if youu2019re looking to buy a battery for your solar system. Why choose LA Solar Group? We have Tesla Powerwall2 home batteries in stocknnTESLA BATTERY PACK FOR HOMEnTesla Powerwalls do not require solar panels to work. They only draw power from a power grid and use it as backup power in the event of a grid outage. Tesla no longer sells Powerwalls in their entirety. To get a Tesla Powerwall, you will need a Tesla solar panel system or roof system.nnThe Powerwall is, in our opinion, a fantastic battery. It is affordable and offers impressive technical specifications for advanced features.nnYou canu2019t buy a Powerwall directly from Tesla if you donu2019t want to pay for and install a full solar power plant. You will need to buy a Powerwall from a Tesla Powerwall certified installer. LA Solar Group stocks tons of Tesla Powerwall Battery Backup units. Let us do the installation for you!
TESLA HOME BATTERY COSTnPowerwall, an integrated battery system, stores your solar energy for back-up protection. Your system automatically detects outages and recharges with sunlight. You can keep your appliances working for days.nnTESLA BATTERY PACKnPowerwall is included with every solar purchase. This compact battery stores your solar energy and allows you to use it even when the sunu2019s not shining. Additional Powerwall units can be added to your order to reduce your carbon footprint, and to prepare your house for power outages. Chat with an Energy Advisor to get answers to your questions about Tesla solar powerwall.nnTESLA SOLAR APPnThe Tesla app lets you monitor your solar power in real-time. Your preferences can be set to optimize for energy independence and outage protection. You can access your system from anywhere using remote access or instant alerts.nnTESLA POWERWALL REVIEW 2022nPowerwall can be installed quickly and is minimalist in design. It complements a wide range of solar systems and home styles. This compact, all-in one design offers multiple mounting options for indoor and outdoor spaces. Chat with an energy adviser to discuss any questions you may have about Tesla Powerwall.nnSOLAR POWERED TESLAnSolar storage used to be a conversation about distant futures, but Elon Musku2019s Tesla Powerwall system made it about the present. There have been many versions, including the current Powerwall+.nnTESLA POWERWALL BATTERY SAN FERNANDOnThe Powerwall, without doubt, is a great home energy storage option. It is affordable and has many great features. Is it the best solar home batteries to pair with solar panels? It might surprise you.nnCOST OF TESLA BATTERYnThe federal solar credit is the most important incentive. This will reduce the cost for a Powerwall installation by 26% as long as itu2019s paired with solar panel.nnTESLA BATTERY FOR HOME IN SAN FERNANDOnOther than the federal credit, there are additional rebates and incentives offered by some states and utilities. These rebates, including the SGIP incentive in California and Green Mountain Poweru2019s Bring Your Own Device Program (Vt.) can almost cover 90% of the cost of installing a Powerwall.nnTESLA BATTERY BANKnThe Tesla Battery Bank features some impressive specs, as well smart monitoring and management that are unmatched in the solar power industry.nnHOW LONG DO TESLA BATTERIES LASTnThe Powerwallu2019s life expectancy is fairly standard for lithium ion battery batteries. It will still be able to run at 70% of its original capacity after 10years. Your Powerwall batteryu2019s lifespan will depend on the operating mode you select.nnTESLA ENERGY STORAGEnThe batteryu2019s ability to store electricity is what it tells us. The more capacity a battery has, the more energy it can store. The Powerwall has the capacity to store 13.5 kilowatthours (kWh), enough electricity to power approximately half of American homes.nnBATTERY WALLnThe Powerwall can probably run your fridge, WiFi, outlets and lights for approximately 24 hours on one charge.nnHOW LONG DOES A TESLA BATTERY LAST PER CHARGEnOne of the major changes brought about by the Powerwall+ was a higher power rating. A batteryu2019s continuous power rating tells you how many appliances it can run.nnThe grid can connect Powerwall batteries to deliver 7.6kW of continuous power when thereu2019s sun, and 5.6kW with no sun. This means that one Powerwall can be used to power 120-volt appliances, such as your fridge, lights, and electrical outlets. Additional Powerwalls may be needed to power high-powered appliances such air conditioners.nnTESLA POWERWALL LIFESPANnUnique about the Powerwall is the ability of the battery to release more energy when it is operating off-grid. The output ranges from 7 kW up to 9.6kW depending on weather conditions. It can run more appliances in your home even if the Powerwall has been disconnected from the grid during power outages.nnIn addition to the continuous power rating, battery have a peak capacity rating. This is the maximum output a battery can give in a very brief time period (usually less than 10 seconds). The batteryu2019s ability for sustaining short power surges is measured by the peak power ratings. This could be used to power appliances that draw more electricity.nnHOW MANY KW IS A TESLA BATTERYnWhen the Powerwall is connected to the grid it has no peak power rating. But when the sun shines the peak power ranges anywhere from 10 kW up to 22 kW.nnThese numbers are considerably higher than industry average peak power rating which is typically around 7 kW. However, you can only unlock the full potential of your solar system if it has at least 12 kW. Anything less and you wonu2019t be able generate enough power.nnThese modes allow you control when and how much energy you want to store in your battery. Solar Self Consumption Mode lets your home be powered even when the sun isnu2019t shining. This mode stores solar power to use later.nnSMART HOME SAVINGS TESLAnYou can choose to have your Powerwall only act as an emergency backup battery in the event of a blackout with Backup Power mode.nnTime-Based controls are useful for utilities that use Time-of-Use rates. These rates charge different electric rates depending on what time of day it is. Time-Based Control mode allows your Powerwall to automatically charge your battery when it is cheaper and then discharge when prices rise, saving you money on your utility bill.nnTESLA WHOLE HOUSE BATTERYnThe Tesla Powerwall is an integrated storage inverter, which is a type of inverter that is built into a battery. AC-coupled batteryu2019s main benefit is their ability to be connected to existing solar panel systems. Your battery will continue to work even if your solar inverter goes down, and vice versa.nnAC-coupled systems are less efficient than DC batteries, and the additional hardware means that there are more parts at risk.nnTESLA HOME POWERnTesla Powerwalls require a long wait time due to the high demand for solar battery. As more homeowners seek reliable backup power, there is a significant waiting period. Teslau2019s production canu2019t keep pace. Tesla currently has 80,000 Powerwall order that are yet to be fulfilled, according to recent reports.nnA Powerwall alternative is the best option if youu2019re looking to buy a battery for your solar system. Why choose LA Solar Group? We have Tesla Powerwall2 home batteries in stocknnTESLA BATTERY PACK FOR HOMEnTesla Powerwalls do not require solar panels to work. They only draw power from a power grid and use it as backup power in the event of a grid outage. Tesla no longer sells Powerwalls in their entirety. To get a Tesla Powerwall, you will need a Tesla solar panel system or roof system.nnThe Powerwall is, in our opinion, a fantastic battery. It is affordable and offers impressive technical specifications for advanced features.nnYou canu2019t buy a Powerwall directly from Tesla if you donu2019t want to pay for and install a full solar power plant. You will need to buy a Powerwall from a Tesla Powerwall certified installer. LA Solar Group stocks tons of Tesla Powerwall Battery Backup units. Let us do the installation for you!nnYOU MIGHT ALSO LIKEnRead more about the article The Best Solar Deals During Black Friday And Cyber MondaynTHE BEST SOLAR DEALS DURING BLACK FRIDAY AND CYBER MONDAYnNovember 26, 2020nRead more about the article What Is the Efficiency of Solar Panels Over Time?nWHAT IS THE EFFICIENCY OF SOLAR PANELS OVER TIME?nSeptember 1, 2017nRead more about the article Solar Panel UpgradenSOLAR PANEL UPGRADEnJune 13, 2022nStill have questions? Get a free consultation!nYou can contact us by phone: (818) 373-0077 or by email: info@lasolargroup.comnnCONTACTSnn520 Library Street.nSan Fernando, CA 91340n(818) 373-0077ninfo@lasolargroup.com
Q CELL VS LG SOLAR PANELSnIt is important to compare solar panel manufacturers before you decide to invest in an solar energy system. It is important to ensure that youu2019re investing in panels that are of top quality and can convert sunlight into electricity over many years.nnWhen you are deciding on the ideal producer of solar panels for the project you are considering, price is a key factor. Are you planning to opt for the best-performing model that is more expensive? Do you prefer the middle-of-the-road option that offers good value and good performance?nnLG Solar will be the most expensive of these brands. LG Solar produces the best-quality and most efficient solar panels available currently. However the technology isnu2019t accessible to everyone.nnQ CELL SOLAR PANELSnIf you are looking to save money for your solar system then Q Cells could be the best choice. LG Solar is worth it for those who want to maximize the performance of your panels and produce the most amount of electric power.nnThe effectiveness of solar panels is the amount of power they generate from sunlight energy. A higher efficiency means that the panels will produce more electricity in a given time frame.nnSOLAR CELL EFFICIENCY FORMULAnQ CELLS has panels with efficiency levels that range from 18.6% up to 20.6 percent. The panels donu2019t have nearly the same efficiency as LG Solaru2019s, but they pack a significant amount of punch considering their cost.nnQ CELL 340nThe solar panel produces less power for each degree above the 25 degree mark. Celsius (77deg F). The Q Cells Q. The temperature coefficient of the PEAK DUO BLK-G6+ 340 panel is -0.36%/degC. The panel produces 0.36 percent less electricity if its temperature rises by 1 degree between 25degC (77degF) to 26degC (79degF). The panelu2019s electricity output will decrease by 3.6%. panel will drop by 3.6 percent if the temperature rises up to 35 degrees C (95deg F).nnHANWHA PANELSnThere is a significant difference made with Q Cells panels is their efficiency. It is necessary to have their Q to get panels that are efficient by at minimum 20 percent. The PEAK DUO line of panels is composed of cut cells. Panels that have half-cut cell panels arenu2019t made of 60, 72, or 144 cells, as normal panels. Instead, they contain 120 and 120 cells. Theyu2019re generally more expensive than normal panels, but they are more efficient and durable.nnLG Solar panels are likely to be more costly as compared to Q Cells panels using cut cells. LG Solar panels can produce electricity for longer durations of time, but they will have a higher price than Q CELLS panels made with cells that are cut half-way. (Weu2019ll discuss that later in the section about performance warranties).nnENERGY EFFICIENCY CHARTnThe panels that we currently offer are guaranteed to be able to produce at minimum 98% of the nominal power for the first year, and just 0.54% after that. The panels should be producing at minimum 93.1 percent in the first 10 years. After 25 years, they should be producing at least 85 percent.nnLG Solar offers a 25 year guarantee of performance. However the rate of degradation for their panels is lower. The panels will generate 98% power during the first year and then only 0.33 percent after that. They will still be producing at least 90.08 percent nominal power, 25 years after.nn320 WATT SOLAR PANEL FOR SALEnIf you are concerned about the cost, Q Cells is likely to be your best choice. These cells offer excellent efficiency as well as excellent warranties at an affordable price. LG Solar is a better option for those who require top-of the-line panels or just a little space for solar energy.nnLG SOLAR PANELS FOR SALEnAlthough most panels have efficiency levels that start at 15, LG solar panels offer the highest efficiency, ranging from 19.6 percent to 21.7 percent. Q Cellsnew Q. Tron panels achieve 22.9 percent maximum efficiency and beat LG.nnSOLAR ROOF WARRANTYnTwo kinds of warranties are typically offered with solar panels: a PRODUCT warranty and a PERFORMANCE warranty. You can pick between a PRODUCT and PERFORMANCE warranty.nnThe Performance warranty, which is typically 25-years in length is a reflection of the panelu2019s u201cdegradation rateu201d, or the gradual decrease in electricity production. The panels will continue to produce large quantities of electricity free for many decades under a Performance Warranty.nnWe mean a product warranty which covers the integrity and reliability of equipment. The most reliable manufacturers guarantee their products. This is why they provide longer and more extensive warranties.nnSOLAR WORKMANSHIP WARRANTYnQ Cells Panels provide this warranty along with a maximum 25 year PRODUCT WARRANTY, like the Q. Antum Duo range. This makes it a compelling bargain.nnLA Solar Group has a local office located in Las Vegas to back our warranty. Both Q Cells and LG Solar have this level of quality with their local support.nnEARN MONEY WITH SOLAR PANELSnQ Cells are an excellent option for anyone who wants to get a quick ROI. Theyu2019re highly efficient. Q Cells Panels are priced at a reasonable price and come with exceptional warranties. This is quite remarkable considering that many panels on the market offer lower warranties and less efficiency and more expensive prices.nnLA Solar Group sells Q Cells and LG Solar Panels. Both of these companies provide excellent products at great prices. LG is a reputable technology company with a solid reputation for quality and quality craftsmanship is well known.nnHanwha Q CELLS sells German-engineered products that exude quality. Based on your requirements, the type that you pick will depend on what size solar panels are required.nnHanwha Q Cells modules generally cost between $2.32 to $3.08 per Watt before you subtract any incentives from solar installers, state or federal. In July 20,21, the average price per watt of solar panels without subsidies from solar companies was $2.76 for the 10-kW system.nnYOU MIGHT ALSO LIKEnRead more about the article Efficiency Rating for Panasonic Solar PanelsnEFFICIENCY RATING FOR PANASONIC SOLAR PANELSnMay 18, 2019nRead more about the article Electromagnetic Fields From a Solar PV Installation?nELECTROMAGNETIC FIELDS FROM A SOLAR PV INSTALLATION?nApril 16, 2019nRead more about the article Get the Most Bang for Your Buck: Understanding Solar Panel DirectionnGET THE MOST BANG FOR YOUR BUCK: UNDERSTANDING SOLAR PANEL DIRECTIONnJuly 18, 2020nStill have questions? Get a free consultation!nYou can contact us by phone: (818) 373-0077 or by email: info@lasolargroup.comnnCONTACTSnn520 Library Street.nSan Fernando, CA 91340n(818) 373-0077ninfo@lasolargroup.com
SOLAR PANEL UPGRADEnCAN YOU UPGRADE AN EXISTING SOLAR SYSTEM?nYou were eager to put solar panels at your place of business or your home to create renewable energy. Itu2019s been doing exactly what it was designed to accomplish: save the cost of electricity and also provide power for your home. Sometimes things change. Perhaps your aging system doesnu2019t produce enough solar energy or have introduced new devices to reduce its efficiency. Maybe youu2019re ready to upgrade to something more efficient.nnThese are all legitimate reasons to upgrade your solar panel system. When it is time, weu2019ll be there to help you make the right decision. Letu2019s examine the pros and cons associated with an upgrade to your system. You will be the one who makes the final decision.nnWHY UPGRADE AN EXISTING SOLAR SYSTEMnA key issues to consider when looking at the possibility of upgrading an existing solar system is how many panels youu2019ll require. This is crucial because it can affect the design of the system and the price of the whole solar system project. The number of panels you will require is contingent on numerous factors, such as your electricity usage and where you live, the equipment you choose and your overall style. LA Solar Group installers will be able to estimate the number of panels you require by providing details about your electricity bill.nnWHY NOT JUST PURCHASE NEW SOLAR PANELS AND STOP UPGRADING?nUpgrades are cheaper than purchasing new systems. Certain situations require an entire overhaul. The system you have now may not be able to create much even after an upgrade, as older systems may not meet the standards of modern technology.nnWHEN THE EQUIPMENT HAS BEEN OPERATING FOR LONGER THAN 20 YEARS, THE SYSTEM IS IN OPERATIONnThe warranty on solar systems expires after 25 years. In the event that the device has been in existence for more than twenty years, it is the time to upgrade it. There are new technology that are available today and you may not want to mix them.nnThe batteries and inverters will not be affected if you mix old and new panels. Mix-and-match solar panels create electricity that is not at their capacity.nnConsult a professional for advice on the system and decide if it needs an overhaul or upgrade.nnDO YOU NEED TO UPGRADE YOUR INVERTER AS WELL?nYes. It is possible to upgrade an inverter to convert more energy. The heart of a solar array is its inverter. A new inverter is necessary to increase the number of solar panels.nnThe capacity of your system to manage power is determined by the inverter. You should consider upgrading your inverter every time you want to increase or decrease the power output.nnSince they are typically placed on the outside, they can withstand harsh weather conditions. A shelter with an inverter that is with a high-end model is the ideal solution to most faults.nnIt may take some time for panels to show problems before they impact the system. The entire system may fail in the event that the inverter fails to work.nnTYPES OF INVERTERSnString Solar Inverters u2013 This inverter connects a string of solar panels in an in series circuit. This inverter is the most popular among Australian, European, and Asian homeowners.nMicro inverters Micros are inverters that connect to solar panels and let them operate on their own. These inverters have attracted attention of a small number of homeowners with complex roof designs. Micros allow you to place solar panels on certain areas of your roof. Micro inverters are the most sought-after in both the US in the US and Canada. They are more costly and have better quality over other models.nHybrid Inverters u2013 Hybrid inverters combine an solar panel and an inverter for battery storage. Certain brands are capable of storing a small amount of power after a blackout. This is one reason why theyu2019re well-liked by solar enthusiasts. They also use batteries for storage.nWHAT ARE THE CHALLENGES YOU WILL FACE WHEN UPGRADING SOLAR PANELS?nAn older system may have cabling, existing panels inverters, cabling, or any other equipment that is not in line with current standards. This is a significant issue when upgrading. The current standards call for earthed panel frames, systems that use a nonpolarized isolator and a method to place cables (high-density conduit that does not have plastic cable ties).nnYou should ask yourself whether thereu2019s enough space on the roof for an installation for solar panels. If your roof system is already constrained, itu2019s likely that youu2019ll not be able to add all the panels. But ground mount systems could allow you to be flexible. It is possible to install solar panels on other structures, if your roof space is a bit limited. This could include carports, gazebos, or sheds.nnPanel compatibility is another issue. You wonu2019t have to change any panel unless youu2019re in search of superior and more powerful solar panels. When youu2019re deciding to upgrade, itu2019s a good idea to ask LA Solar Group installers to inspect the whole the solar power system.nnAfter you have decided to proceed then you must install the same panels as the original array to ensure aesthetic consistency. They must also have the same power outputs as those of the initial panels. It is not recommended to install the identical panel to the one you currently have. If this happens, be sure to get new more panels with identical power supply or a comparable one. In the event that it does, it can cause damage to your system.nnWHAT IS THE COST TO UPGRADE A SOLAR PANEL SYSTEM?nThe best approach to answer the question is to choose the type of system youu2019d like to have. It is possible to replace a couple of panels is minimal, but the cost of replacing the entire system will likely surpass the cost of a new installation.nnConsumer Affairs reports that the cost of a 6kW system in LA Solar Groupis approximately $15,000. The federal tax credit of $2,250, or 22 percent in 2021, will offset this expense. Itu2019s all based on your requirements Contact us for a quote.nnARE THERE ANY MISTAKES TO AVOID WHEN UPGRADING?nWhile it might sound easy, upgrading an existing system can be a bit complicated. Before you can get the system of dreams there are a variety of calculations and approaches to consider.nnLA Solar Group, your reliable solar provider, wonu2019t be rushing to give you a simple quote or promise a haven. Instead, theyu2019ll help you understand these issues:nnAVOID LOSING YOUR FEED-IN TARIFFSnIt is possible to lose feed-in tariffs, or FiT that you have in the old system when you upgrade.nnTo ensure you donu2019t miss out, ensure you verify for your specific stateu2019s FiT policies and rules. The policies are frequently updated. Make sure to review any restrictions regarding the ways to modify your solar panel.nnDetermine if you could earn more money on the current price. If you are considering upgrading your solar system, be sure you consult with your power provider or company.nnFind out if your electricity provider allows an increase in the capacity of power production.nnYou might need to think of additional panels as a new system in some cases. The existing tariffs would remain, but youu2019d have to pay a lot of money to get the new system.nnDONu2019T FALL FOR SALES OR SALES MESSAGES THAT SEEM TOO SWEET.nSales agents use techniques of marketing psychology to trick you into signing what appear to be too amazing deals. Any agent who claims that converting to solar will reduce all your electricity bills is deceiving you.nnThe u201cNo costs for solar installationu201d programs are not always free and donu2019t come with a guarantee. Beware of swaying by attractive deals.nnBEFORE YOU UPGRADE, DEFINE YOUR NEEDSnBe realistic about the amount of energy your home requires. A matching solar kit is needed to power a 600-watt refrigerator.nnYour system will work with a highest efficiency, which is 80 percent and maximum sunlight hours. There is a huge difference in the daylight hours and the daytime hours.nnDONu2019T EXCEED YOUR BODYu2019S LIMITnSome jurisdictions have limits in the amount of solar energy they can produce through their power systems. This means that your state will only produce a specific volume of solar power. LA Solar Group might have the authority to decide on how much capacity they will accept from you.nnLA Solar Group might charge additional charges to determine the impact of your upgrade on their network. Upgrade to a capacity that is acceptable by your state or output network operator.nnWHAT HAPPENS TO THE EXISTING SYSTEM THAT YOU HAVE ALREADY PURCHASED?nRecycling or reusing old panels.nnTake a look at your panels and determine if they meet modern standards. Then, you can either sell them or call LA Solar Group to ask if they would like them back. Theyu2019re still useful in both off-grid and grid-connected systems.nnIf they are not in line with modern standards However, you could nevertheless use them to perform construction on your property. They could be utilized to power your farming activities. They can be utilized on Recreational Electric Vehicle (RVs) and other devices that are not built-in.nnLET LA SOLAR GROUP UPGRADE YOUR SOLAR SYSTEMnWeu2019ve been a pioneer in the area of renewable energy. LA Solar Group has been awarded u201cBest contractor of 2014u2033, and is currently listed among the top three percent among all LA Solar Groupcontractors. We have 10 years of rich experience in solar panel installation all the way from California to Texas. Our technicians are all journeymen electricians. All of our crews are licensed to install photovoltaic systems. Our passion and experience will ensure that you receive the best service possible for your solar needs. For more details about our commercial and residential solar panel installation, contact us now.
OFF-GRID SOLAR SYSTEMnOff-grid solar is a way to get all your energy from the sun, and without the requirement for electricity. It is achievable through the installation of a solar power system that pairs with an energy storage system like a solar battery that is located at the location of power consumption (your home).nnDue to its large demand for space and high cost installation of an off-grid system was previously thought to be a fringe idea. LA Solar Group has made it more affordable and easier to set up solar systems. Nowadays, it is commonplace to see rustic cabins and RVs completely powered by off-grid solar energy.nnThis is the place to go if you are thinking about buying an off grid system. This article will provide all you should know about the off grid system prior to purchasing one. Weu2019ll help you decide the Off Grid solar panel is the right one for you and how to purchase the best system to suit your needs.nnWHAT IS AN OFF-GRID SOLAR PANEL SYSTEM?nMany people connect solar panels with off-grid solar, but the truth is that there are many components required to build an off-grid solar system.nnAn off-grid system is equipped with the equipment needed to produce, store and store solar energy on the spot. Off-grid solar systems are also known by the term u201cstandalone system of poweru201d since they do not require any external source of power.nnOff-grid solar systems are different from other kinds of solar arrays like grid-tied systems. They depend on batteries to provide energy to be produced when the sun isnu2019t shining.nnHowever, batteries are more expensive than the solar panels with which theyu2019re paired. They are more expensive than grid-tied systems since they require large quantities in battery capacity.nnHOW DOES AN OFF-GRID SOLAR ENERGY SYSTEM PERFORM?nOff-grid solar PV systems operate by using the principle of photovoltaic. When sunlight strikes a solar panel, it generates Direct Current (DC).nnThe DC energy generated is fed to the controller of the charger, which controls the flow of charge and supplies the required power to the battery. Batteries play a significant role in providing power for nights and other days that are not sunny..nnWhen the sun shines the solar panel produces enough energy to supply power to the load and also charge the battery. The excess power stored within the battery may be retrieved later if required.nnThe DC energy from a solar panel or battery is converted into alternating current(AC) energy (as most of the appliances at residential/commercial buildings run on AC supply) with the help of an inverter. In turn, the AC electricity converted into AC energy is fed to the loads through the wiring connection.nnWHAT ARE THE VARIOUS USES OF OFF-GRID SUN POWER?nSolar energy offers many benefits. One of them is its modularity and its scalability. This is how parts can be rearranged and combined to provide greater flexibility and efficiency.nnIt can be used for small devices, like solar phone chargers or a system that runs factories.nnThese are the most well-known applications of off-grid solar:nnCharge your tablet or phone via USBnThe appliances are powered by an electrical power source.nSmall cabins can be powered by electricitynHomes that are small, energy efficient, and can be powerednIt is important to note that off-grid solar systems arenu2019t feasible in locations that have power. This is especially true when one wants to power a house in the suburbs, cities, or town.nnYou can save more by choosing a grid-tied, hybrid or grid-powered solar panel. In the case of your local economics it is possible that you will be able to keep using grid power.nnWHAT EQUIPMENT IS REQUIRED FOR AN OFF-GRID SOLAR PANEL SYSTEM?nHere is a list of the equipment needed for running an off-grid solar panel system.nnSolar panelsnSolar charge controllernSolar inverter(s)nSolar batterynSystem for mounting and rackingnWiringnJunction boxesnHOW TO SIZE AN OFF-GRID SOLAR SYSTEMnWhen it comes to installing an off-grid solar panel, it is essential to choose the right size system you will need.nnThis will impact the type of equipment you require and the amount of effort required to install it, and finally, the cost of the entire project. The size of a solar system is determined by how much power it can provide.nnThere are two ways to determine the number of people you need. These are dependent on:nnYour current usagenAssessment of loadnSOLAR SETUP SIZE IS DETERMINED BY THE AMOUNT OF USAGEnIt is an option to those who want to keep your current lifestyle while switching from grid-tied solar to off grid. You can use your monthly power bills to determine your electricity consumption in kilowatts.nnYou can then size an off-grid solar system to be the same size. To maximize solar efficiency , you may want to consider going bigger.nnSOLAR SETUP SIZE IS DETERMINED BY LOAD EVALUATIONnAn assessment of load is the other method to determine the amount of power your system will need.nnCalculate your total electricity consumptionnMake a list of all appliances that you intend to use as well as the time they are expected to be used. This will allow you to determine the power consumption of each appliance as well as your total power consumption over the course of the day.nnYou can estimate the size of the solar panel by knowing how many kWh you use per day.nnCalculate the load requirement for the moment.nIt is also necessary to determine the amount of appliances you can running at the same time. This will allow you to estimate the immediate power demands.nnFind out the capacity of the battery.nThen, determine how much energy storage capacity you require. Are you seeking to provide backup for your everyday usage or just a dayu2019s worth?nnSolar battery backup generally implies that you require enough storage to last at most 2 to 3 days during peak use periods.nnFrom Steps 1 - 3, create a plan around you numbernThe sizes of the three main components, the inverter and the solar panels, can provide enough information for solar equipment vendors to create an off-grid solution for you.nnWHAT IS THE COST OF AN OFF-GRID SOLAR PANEL SYSTEM?nPrices for off-grid systems can be as low as $50 for an iPhone charger or tablet up to thousands. Off-grid solar can be used for a variety of applications.nnPrices for off-grid solar systems that can power entire homes range from $12,000 to $50,000.nnCOSTS ASSOCIATED WITH THE TYPE OF BATTERYnThe price you pay for your solar off grid system will be affected by the selection of the battery technology you choose.nnThe most modern lithium battery technology is more efficient and have a smaller size, more comfortable form factor. However, they are very costly and will be the largest portion of the total cost of any used.nnAGM (Absorbent Gas Mat) acid lead batteries are larger and last longer, they are cheaper. They are used in off grid systems popularly because of their low price.nnOFF-GRID SOLAR: THE BENEFITSnMore than 300,000 homes are using off-grid sources of energy to meet their energy requirements. Here are a few reasons why Americans prefer to live off-grid:nn1. FREEDOM FROM THE GRIDnPeople in blackout-prone areas are drawn to off-grid solar for this reason. You are dependent on the company that provides the power you use when linked to grid.nnThe power supply can be affected when the grid is down. This dependency doesnu2019t seem like an issue until you experience power outages or blackouts as the California blackouts of 2019 can attest.nn2. ITu2019S GOOD FOR OUR ENVIRONMENTnCarbon emissions are reduced when you go off grid. Because most electricity is generated from fossil fuels, itu2019s important to produce your own power with renewable resources such as wind, solar, and hydro. This will dramatically reduce your carbon footprint.nn3. ENCOURAGES A MORE ENERGETIC LIFE STYLEnItu2019s simple to forget about your energy consumption when connected to grid. You consume electricity, pay your bills as they arrive, and thatu2019s it. It disconnects you from the origin and destination of electricity.nnWhen you are off-grid your perception of power will change completely. Youu2019ll need to track the power you generate and evaluate your energy usage.nn4. SOMETIMES IT IS THE ONLY WAY TO DO SO.nIf you are trying to power a building far from the reach of an hunting lodge or a cabin in woods there is a high chance there isnu2019t a grid in place.nnThe utility could inform you that your area isnu2019t covered when you attempt to connect. They may offer to lay the wire, but for a price.nnThat means youu2019ll need to source your own electricity. Even though you could utilize an alternative generator to supply power, itu2019s expensive and not practical in many places. Solar power is the only viable alternative for power that is off the grid.nnOFF-GRID SOLAR: THE DOWNSIDESnThere are numerous valid reasons that the vast majority of US households are in touch with the power grid even although solar panels provide many benefits.nnThere are some key points to take into consideration when going off the grid.nn1. OFF-GRID LIVING ISNu2019T ALWAYS LEGAL IN THE AREA YOU LIVE.nWhile solar panels and the capability to generate your own electricity are becoming more popular in the US however, it is not legal for certain counties to disconnect entirely from grid. These legal restrictions on being off grid are more common in cities than rural areas.nn2. OFF-GRID SOLAR SYSTEMS CAN BE EXTREMELY EXPENSIVE.nIt is not typical for solar panels to supply all the energy needed for a house to be extremely expensive.nnAn off-grid system is more expensive than a grid-connected system. It requires more panels as well as an inverter with larger voltage capacity.nnYouu2019ll need an additional generator either diesel or gas-powered, as there is no grid. They are also expensive to operate. Because generators cannot be reliable for long and this is why itu2019s more important to fix any issues in an off grid power system.nn3. IT TAKES TIME TO GET OFF THE GRID.nIt is not easy to make the commitment to generate enough electricity to supply all your householdu2019s requirements.nnIt is essential to have a good understanding of the workings of electricity. Youu2019ll need to invest some time calculating how much power you require in relation to your energy consumption habits.nnYouu2019ll have to devote time making sure you reduce power waste to a low level. You will need to monitor your power supply because the generation of power can be erratic.nnAdditionally, you should be familiar with the power generators that are used.nn4. CALIFORNIA OFF-GRID SOLAR IS NOT ELIGIBLE FOR A SGIP REBATEnThe Californiau2019s Self Generation Incentive Program is the largest incentive for battery storage in the country. Eighty percent of it is allocated to battery storage within the budget for incentives.nnThe SGIP rebate could help individuals save thousands on batteries, especially if they are in fire hazard areas. The catch is that SGIP only applies to grid-connected solar systems that include battery backup, not to pure off-grid systems.nn5. BETTER OPTIONS EXIST TO BACKUP POWERnIt is possible that you do not be tempted to go off grid as thereu2019s an alternative.nnInstalling a grid-connected solar system with a backup battery is the most effective and simple method to avoid blackouts. The hybrid system of solar is a different name for this kind of.nnThese hybrid systems that use batteries, such as those of the Tesla Powerwall are more affordable than traditional off-grid solutions. They also qualify for incentives, such as those offered by the SGIP rebate.nn6. OFF-GRID SOLAR ENTAILS MAJOR LIFESTYLE SACRIFICESnAsk anyone who has an off grid solar system and theyu2019ll tell you the exact same issue: relying upon off grid power means that you review everything you know about energy.nnOff-grid solar is costly, so homeowners need to invest in smaller systems. Inclement weather can also limit the amount of power available. A day that is cloudy could cause a 50% reduction in power output.nnYou will be in trouble if you run out of power. Or, you can be patient until the sun returns or use an emergency diesel generator to power your home (if you have one). While the first option is the most convenient, the second option could be costly.nnThese restrictions can negatively impact every aspect of your daily life. For instance, many off-grid users claim that they have to conserve water since water pumps use a lot of energy. This means less frequent flushing or showers that are shorter. A/C is also a greater power guzzler and can use only for brief intervals of time, if it is used at all.nnARE YOU LOOKING FOR OFF-GRID SOLAR POWER NEAR YOU?nWhen access with the grid can be difficult or impossible, off-grid solar can be the best option. It is hard to imagine a camper abandoning solar in favor of a generator which is noisy and costly.nnIt is also usually the best option for those committed to a low carbon footprint, sustainability-minded lifestyle. Hydropower and wind are more costly than other renewable energy sources such as wind and hydropower. They also require reliable water and wind supply.nnIf youu2019re a homeowner who lives in or close proximity to a city or town and is off-grid, then it might not be right for you.nnOff grid solar systems are expensive and do not typically can provide savings over power from utilities. Due to the high cost of off grid solar homeowners have to invest in small systems. This can lead to major lifestyle compromises for the residents.nnGrid-tied solar systems are a better choice if youu2019re in search of savings in your finances. These are the most affordable way to go solar, and could help you save up to $100,000 in some states. There will always be power if you have a connection to it.nnLEARN MORE ABOUT GRID-TIED SOLAR SYSTEMSnHybrid solar systems can be a great alternative if you require backup batteries like Tesla Powerwall. Tesla Powerwall. Hybrid solar systems are grid-tied with batteries. Hybrid systems are more expensive than grid-tied systems, but they can save you money and are still much cheaper than an off grid setup.nnOff-grid system installation is a specialization which LA Solar Group solar companies offer. The quality of the setup is vital to the systemu2019s ongoing operation. Weu2019ll be able to connect you with qualified our best off-grid installers. All you need to do is fill in our off-grid quote application form.
PHOTOVOLTAIC ARRAYS, PHOTOVOLTAIC SYSTEM, AND RESIDENTIAL PHOTOVOLTAIC PANELS.nMany people find the process confusing and many misconceptions about solar energy. This article will give information on solar power and provide an explanation of how it works for customers.nnLetu2019s begin with the basics of solar energy production and then proceed to the intricacies of what is known as the Photovoltaic system.nnA SOLAR PV SYSTEM: THE ESSENTIALSnSolar renewable energy systems may comprise an array of panels and the equipment required to let the energy flow through them. Inverters are also available.nnThey can use string inverters or microinverters depending on the system, but the foundational structure for all PV system is the same.nnWHAT DOES SOLAR ENERGY DO IN A PV SYSTEM?nSolar panels convert photons (light particles) and convert them into electricity. This is also known as photovoltaic.nnPhotovoltaic (PV) is when the photon hits a device that converts energy to locally charged electrons. The photonu2019s energy is transferred to the material. The excited electrons generate electricity.nnThe solar cells in the panels generate direct current power (DC), which is typically transformed by an inverter AC electricity (AC). The electricity is then sent into an electrical grid that operates using AC electricity.nnThis is the full explanation. The three major steps involved in the solar panelu2019s operation are:nnThe solar cells in solar panels absorb sunlight which causes electricity to flow.nInverters convert DC electric power to AC electricity.nThe electricity used is for current energy requirements in the home of the customer. Any surplus electricity that is not used by the customer is sold to a grid.nWHAT HAPPENS TO THE ENERGY A PV SYSTEM PRODUCES?nGrid-connected solar installations are the norm for most solar customers in America. Their home is connected with the electric grid. This lets them consume more power than their solar installations are producing, such as when it is rainy or dark.nnThis also means that when their PV system generates more energy than they actually need and they have excess energy, it can be sent back to the grid to be utilized by other users.nnNET METERINGnNet metering is an option that pays customers who consume excess energy so that they are able to offset future electric costs that are incurred by the grid. It is widely used in the U.S.nnNet metering is a key factor in the efficiency of solar energyu2019s costs. We are seeing changes in the way utility companies use net-metering across the country. A lot of these changes decrease the value solar consumers can get from their solar panels.nnFEED-IN TARIFFSnFeed-in tariffs may be used to compensate solar customers for electricity they transmit to the grid from certain areas.nnWHAT ARE THE PARTS OF A PHOTOVOLTAIC SYSTEM?nTwo fundamental types of components comprise a basic PV system:nnSolar Modules The modules comprise solar cells that convert sunlight to electricity.nnInverter(s) Also known as an inverter converts DC current into AC current. It can also perform functions that benefit the grid of electricity (see the article on smart-inverters which are required for California).nnBOS COMPONENTSnIt is commonplace that we refer to the entire components of the PV system apart from the modules, as the balance of system components (BOS). BOS components may comprise disconnects and inverters and racking as well as wiring. This is an extremely basic overview of what parts make up a solar system and how they interact.nnHOW DOES SOLAR PV SYSTEM EFFICIENCY AFFECT?nIt is essential to recognize that solar energy canu2019t produce electricity at 100 percent efficiency. The environmental factors, such as shading, soiling and temperatures, along with electrical component losses, can all have an impact on the efficiency of a PV system. Some examples of loss are as follows:nnTemperature: The efficiency of solar panels is influenced by the temperature. Performance is affected by high temperatures.nnSoiling: A layer of material that covers PV panels can block sunu2019s rays from getting to the solar cells, and decrease the power generated. The amount of energy lost due to soiling can differ based on how often it is cleaned and the type of soiling (such snow or dust).nnThe power output can be reduced due to soiling PV modules, such as dust.nnShading refers to the obstruction of sunlight by buildings, trees as well as other obstacles. Variable effects of shading can affect your solar panelu2019s output. This article and the section of our PV system losses series provide great information about shading.nnConnections and wiring The electrical connections can create resistance, which can result in energy loss of up to just a small percentage.nnModules of the same type may differ in electrical characteristics due to manufacturing variations. This could cause performance issues.nnInverter Efficiency: Inverters convert DC to AC current with a speed of 96-97 percent. When the DC output power is large, inverters have an increased efficiency. When the power input is lower than the power rating, the conversion efficiency suffers.nnAge: Solar panels produce less energy as they age. The decrease in performance typically is around 0.5% per annum.nnRESIDENTIAL PHOTOVOLTAIC PV SYSTEMS DESIGNnDesigning photovoltaic systems can be challenging because theyu2019re costly and energy production is sensitive to physical conditions.nnGround-mounted PV systems allow for the choice of the most suitable position and angle. Physical size is often the only limitation.nnSolar panels for residential use are usually installed on roofs, which means the panels may not be in the best position or at the right angle. These issues are not just the ones that exist. The roofu2019s size is also fixed. Therefore, many parameters can be set at the beginning.nnThese design constraints or parameters will have an impact on the following aspects:nnAnnual energy production (AEP).nThe budget available for installationnSpecific limitations to the location The roofu2019s size, tilt, orientationnThe first step is to decide whether the PV system is going to connect to the grid.nnThe load pattern has to be assessed to determine the power and energy needs. When these requirements have been established, it is possible to select the appropriate solar cell. The PV array will be designed to deliver the required power.nnThe configuration of the solar PV systems array must be compatible with the specifications of the inverter. The entire process of designing is reviewed in this chapter using free design tools. The results are then reviewed and presented.nnGRID-CONNECTED SYSTEMS OR STAND-ALONE SYSTEMnThere are two main kinds for residential PV: stand-alone and grid-connected.nnWhen the house is connected to the low-voltage (LV) utility network PV systems is possible to connect. The surplus energy can then be released into the power grid.nnIt is possible to join the PV unit to your homeu2019s energy meter to increase your self-consumption. Additionally, you can include an energy meter in order to gauge the power generated by the PV system which will be accounted for separately.nnWHAT IS A PHOTOVOLTAIC ARRAY?nPhotovoltaic arrays are composed of multiple photovoltaic panels. More often, photovoltaic panel (or PV panels) are also known by the name solar panel. They transform sunlight into usable energy by taking in sunlight.nnPhotovoltaic arrays are a crucial component of the production and use of solar energy. The popularity of solar energy has increased in the 21st-century because of concerns about the environmental impact of fossil fuels.nnThe photovoltaic effect can be described as a method to generate photovoltaic energy. It was first discovered for the very first time around the turn of the 19th century. Photons, also known as light particles are directed towards PV cells. Photons are stimulated through the chemical characteristics of the cells which cause them to contain subatomic particles that generate electricity. These electrons are directed into an electronic circuit due to the structure of the PV cells, which transform them into usable electricity. In the 1950s an array of photovoltaic cells was created.nnThe photovoltaic array initially utilized primarily for research purposes. The first time PV arrays were used was to supply power to orbiting satellites. Photovoltaic arrays continue to be employed for this purpose. In the case of Juno, both International Space Station and Juno exploration spacecraft also use photovoltaic panels to power their engines. Devices that are earthbound can be used in places in which power lines or the electric power grid are not available. Two typical examples are recreational vehicles and standalone highway signs.nnA photovoltaic array is a collection of small or large numbers of connected PV panels. It depends on how much power you require. Inverters are typically installed with an attached system to convert energy into AC form needed by most household appliances. The surplus power is stored in batteries or directed towards the local grid to be used as a credit towards future electric bills. While photovoltaic cells produce power from any light source but the sun is the most popular. Photovoltaic arrays need to be situated in areas that receive the most sunlight throughout the day. Even minor shade can drastically reduce their efficiency.nnThe initial Photovoltaic system arrays were costly and cumbersome. This limited their use to people with large pockets as well as large commitments to alternative energy sources. The 21st century witnessed the development of thin film cells, which allowed photovoltaic panels to become lighter , and more economically viable. Concerns about the environment and cost implications of fossil fuels like coal and gasoline was rising at the same time. This led to encouragement from government and other initiatives to promote alternative energy production. Solar technology has seen an increase in popularity and use around the globe.
Skip to contentOpen toolbarnAccessibility ToolsnnIncrease TextnDecrease TextnGrayscalenHigh ContrastnNegative ContrastnLight BackgroundnLinks UnderlinenReadable Fontn ResetnnSolarnSolutionsnResourcesnAbout UsnSupportnOnline Storen (818) 373 0077nREQUEST A QUOTEnPost author:Wordpress AdminnPost published:June 6, 2022nSET UP SOLAR PANELSnWHAT IS A SOLAR PANEL?nThe first sunlight is the primary source for solar power. PV panels, commonly known as solar, are used to convert solar energy that is gathered from the sky into electricity. Which converts energy particles called photons into electricity that is able to increase voltage sources.nnYou can use solar panels for a variety of reasons for remote power systems for cabins and remote sensing. You can also generate electricity with commercial or residential system of solar power.nnThis page will explain the benefits and technology of solar panel technology. Learn how solar panels work and where you can purchase them.nnSolar Panel Installation has been around for over 100 years. Solar Panel Setup was originally utilized to create steam, which could then be utilized to power machines. Sunlight could not be turned to electric power when Edmond Becquerel established the u201cphotovoltaic effects.u201dnnCharles Fritts, who discovered the photovoltaic effect in 1893 invented the very first solar-powered cell. It was made by putting selenium sheets on gold thin layers. The humble beginning would lead to the system we know as the solar arrays.nnRussel Ohl is an American inventor, who worked at Bell Laboratories. He patented the first silicon solar cell. The same company manufactured an initial solar panel back in 1954 thanks to Ohlu2019s invention. The first widespread use of solar panels was for space satellites. In the 1970s, it was in which the majority of peopleu2019s first exposure with solar panel technology was through their calculator.nnSolar panels as well as entire solar system are used in the present to power a variety of applications. Yes, calculators still use solar panels that are made from solar cells. They provide solar power to homes and commercial buildings like Googleu2019s California headquarters.nnSETTING UP SOLAR PANELSnSolar panels absorb sunlight as clean energy, and convert it into electricity that can be used to power electrical loads. Solar panels consist of many individual solar cells composed of layers of silicon (which creates the negative charge) and Phosphorus (which emits the positive charge). Photons are taken up by solar panels which generate an electric current. Photons that strike the solar panelu2019s surface create energy that allows electrons to escape their orbits around the atoms. The energy then releases into an electric field by solar cells that draws these electrons into the direction of a current. The Photovoltaic Effect is the name of this whole process. The average house has enough roof space to accommodate enough solar panels to produce enough electricity to power the entire houseu2019s needs.nnSolar arrays can produce energy during the daytime when it is connected to the grid. This power can then be utilized at night. Solar generator owners are money through net metering programs in the event that their system produces more power than is used in the home. A battery bank, charge controller inverter and charger are necessary components for off-grid solar systems. The charge controller is responsible for sending Direct Current (DC) power directly to solar panels. The battery bank then draws energy to the inverter. This transforms DC power into AC which is usable for other than-DC appliances. The solar arrays are sized to meet the most demanding electrical requirements for loads using an inverter. AC currents can provide power to homes and commercial buildings boat and vehicles for recreation remote cabins, cottages and homes, remote traffic control, telecom equipment, and monitoring of gas and oil flow.nnBENEFITS OF SOLAR PANEL SYSTEMnSolar panels are a practical and efficient method of generating electricity for various reasons. Off-grid living is the obvious. Living off grid is when you live in an area which isnu2019t connected to the main grid of electric utilities. The solar power system is perfect for cabins and homes that are located in remote areas. It is no longer necessary to pay high costs for installation of cables or utility poles from the closest main-grid access point. If properly maintained solar electric systems is less expensive and provide how much power for up to three decades.nIn addition to the fact solar panels can be used to power your home, the most appealing thing about solar panel setup is the fact that they are both clean and renewable. Itu2019s becoming more imperative to do all possible to decrease the pressure on the atmosphere from greenhouse gas emissions. Solar panels donu2019t contain moving parts and therefore require very little maintenance. Solar panels are built to last and last for a long time provided they are maintained properly.nThe final, but certainly not the least, benefit that solar panels offer is that, once the initial installation cost has been paid, the electricity generated throughout the systemu2019s life that can last up to 15-20 years dependent on how effective your system performs, will be completely free. Grid-tie solar power system owners enjoy the benefits of when their device goes online. This could eliminate the monthly electricity bills or, perhaps, even generate additional revenue from the electric companies.nSolar panels can be used to generate electricity in many different ways. There are many benefits to list. Youu2019ll discover a lot about the versatility and convenience of solar energy by browsing through our website.nnGUIDE TO SETTING UP A SOLAR POWER UNIT.nStep 1: Gather the essential components for solar powernnFirst, you need gathering the basic components of the solar power system. There are four primary components you will need including a solar panel, charge controller and inverter. Additionally, youu2019ll need the breaker and meter as well as an the MC4 connector as well as fuse. It is crucial to read the instructions for the solar panel module you purchased.nnStep 2: Calculate the power loadnnIt is important to calculate the amount of electricity you are using in your home prior to starting installing solar panels. Itu2019s not hard. All you have to do is take down all the appliances you use on a daily basis like TVs, lights, fans, and lights. Next, calculate the average time these appliances are running per day. To check the power consumption and time of your household electric appliances, check their specifications chart.nnCalculate the Watt-Hour using the applianceu2019s runtime and its power rating. The process is the same for every appliance. Then, add the individual watt-hour figures and you will get the total. A calculator online which calculates off-grid loads could simplify the process.nnStep 3. Charge the batterynnOne of the biggest issues that solar power faces is the inability to generate electricity after the sun sets. This problem can be easily resolved by using a lithium-ion or lead-acid battery. A battery, no matter if it is lead-acid or lithium-ion, stores sunlight during the day and then discharges it in the evening. If you select the most efficient battery, it will ensure a constant supply. To monitor the charge of the battery, youu2019ll require a power control unit. They are situated between the panels of the battery. The controllers usually have an LED light that indicates the charging status of the battery, and also adjusts the flow of power to it.nnStep 4 Step 4: Install the inverternnWhile solar arrays generate electricity in direct current electrical appliances need power in the form of AC or alternating current (AC). An inverter is a device which allows you to utilize electric appliances without the need for adaptors. There are a variety of inverters, including modified sine wave and square wave inverters. Modified sine waves can be utilized with certain appliances, but square waves are not compatible with all devices. A pure sine wave converter is the most efficient choice for solar systems.nnStep 5: Install the solar panels to your roofnnOnce the controller and battery are installed, mount your solar panel. The ideal location for the panels is on the roof, or anywhere in the area that receives sunlightu2019s rays. Make your own mount stand or purchase one from the market. Mounting stands should be tilted to approximately equal the latitude angle of your place of residence. Setting the solar panel correctly is vital for their functioning and maintenance. It is crucial to ensure the solar panels face the sun throughout the day.nnWire the solar panel in its final stage. A small junction box can be located to the rear of the solar panel. You can see the junction boxu2019s negative and positive signs of the polarity. The junction box can be equipped with terminal wires that have an MC4 connector, if itu2019s large. If youu2019ve got a smaller solar panel, the junction box has to be aligned to external wires. The red and black wires are used to make the negative and positive terminal connections.nnStep 6: Connect solar panels to the batterynnThe solar panels need to connect with the battery. The panels are connected in some PV systems to ensure that you donu2019t have to perform any additional work. If youu2019re given several units, itu2019s necessary that they be joined in parallel and series. The series connections are made through connecting the terminals of one device to the terminal of another device. To make a parallel connection make sure that you connect one deviceu2019s positive terminal with another device and so on.nnStep 7: The setup is for the inverter/batterynnWithout stands for the inverter and battery, your solar system for residential use isnu2019t fully functional. You can choose to make the stands yourself, or buy stands. Once you have the locations for the battery and inverter set , you are now able to begin wiring. First, connect the controller. The controller will be connected to the solar panels using this connection. Another connection joins the controller and the battery. The final connection connects the controller with the DC load connection.nnA MC4 connector is needed to connect the solar panel as well as charging controller. After the controller has been hooked up to the battery the controlleru2019s LEDs be lit. The inverter terminal must connect to the terminal of the battery.nn5 STEPS FOR SOLAR PANEL INSTALLATIONnYou can cut down on your dependence on conventional service suppliers by introducing a home solar-based system for power generation. This will help balance the larger part (or total) of your energy bill each month. It will also help you manage your environmental impression and build cleaner, more energy efficiency networks.nnIt is quite absurd to say that most of the variables that determine the success of a sun-powered business have little to do with the actual establishment. Before we go into the specifics of how to set up solar-powered chargers, let us look at some nuances.nnTo be able to offer solar-powered chargers, it is necessary to be able to comprehend the basics of sun-oriented design, innovation and design. A typical person would need to avoid setting up solar power chargers at home and instead , work with skilled local installers of [xfield-company]. A well-planned PV framework can provide greater reserve funds than DIY solar facilities and will save you money in the long-term.nnIt is important to remember that installing the solar power source will not happen overnight. Even if you have the best sunlight-powered chargers, there are still crucial steps that must be completed to ensure a reliable, efficient, and environmentally-friendly power system.nnTHESE ARE THE STEPS TO INSTALL A SOLAR SYSTEM.n1) Conduct a Site Survey with our EngineernnAfter you have chosen and signed a contract through LA Solar Group, the best residential solar installer, our engineer will visit your residence to evaluate your electrical system and make sure it is compatible with your 60W solar panel design. Our engineer could be an employee or an independent contractor.nnIt is possible that our engineer will tell you to upgrade or replace the old electrical system if itu2019s not in good working order. This indicates that the new solar system will need more energy than the current system.nnThe engineer of LA Solar Group will inspect your roof and check the electrical system. Our engineer will also need to check that the roof is able to support the load and structural integrity of the solar panels. Local installers will determine if you need specific mounting systems like flat roofs.nnSolar systems work in the way they were constructed. This is the reason it is essential to find a reliable solar engineer at LA Solar Group.nn2) Get the right permitsnnThere are some administrative hurdles that need to be overcome before setting up solar panel installations. It is necessary to obtain all permits and paperwork to ensure that the solar panel installation is in compliance with all local safety requirements. Itu2019s difficult to comprehend how many issues can result from installing a system that isnu2019t authorized.nnWhile this may seem overwhelming, there are a lot of aspects involved in the installation of solar panels. The majority all paperwork will be handled in our business. While you donu2019t have to sign anything, itu2019s essential to be aware of whatu2019s happening behind the in the background.nnHere are the documents your solar installer will file:nnLocal permits for electrical or construction in your local areanAn interconnection contract with the local utility. This basically gives permission to your utility to install solar panels and enrollment in net meters.nApplications for federal and state incentive programs to lower the cost for solar panel installationnYou could be eligible for tax credits, rebates or financial aid to help offset the cost of installation by filling out this form.nYour solar installer will need to spend some time to complete all forms. It can also take several weeks for the government to complete all of the paperwork. To ensure that everything is going well, itu2019s an excellent idea to keep in touch with your solar installer and get regular updates. The noisy wheels will get the grease, but solar companies are usually full of business.nn3) BUY THE RIGHT EQUIPMENTnAfter you have completed all paperwork and permits After you have completed all paperwork and permits, you and your LA Solar Group solar installer will be able to order the equipment you require.nnYou have now selected the type and the number of solar panels you need and the most suitable inverters and solar cells for your home. The options are usually included in the solar proposal that is sent to you prior to signing the contract.nnYou should research the various options and how solar panels work. The solar installer at LA Solar Group will be able to help you select the right equipment for you, regardless of whether youu2019re looking to purchase the highest efficiency or the most economical solar panel.nnYour name will be added as a reference to our installer following the time youu2019ve purchased your solar system. This means that the solar panel will then be installed by our installer once he arrives at the distributor.nn4) INSTALL YOUR SOLAR PANELSnThe big day has finally arrived. Your LA Solar Group installer will arrive and prepare your roof. It is important to ensure that the shingles and tiles have been secured. Our installer will then install the wiring to connect the solar panel of your home to the electrical grid.nnThe installer of our company will install the brackets that hold the panels place after they have connected the wires. The panels are then put in the rack. Our installers will also install the battery power pack, should you have one.nnThe most frequently asked concern about installing solar panels concerns the time it takes. It depends on how large your home is and how large your solar panel install will take however, it is expected to take anywhere between 1 and 3 days.nnThis process should be simple if your solar system is correctly designed and planned.nn5) GET YOUR SYSTEM APPROVED.nWe will installer will u201cflip the switchu201d and turn on the system once it is installed. Before turning on the solar system an official from the city could be required to look over and approve it. This is known as permit-to-operate (PTO). This is simply a security precaution to ensure that there are fresh eyes to inspect the wiring.nnTo interconnect the system to the grid, you will need to have a representative for your provider. This allows you to draw power whenever you need it and to return any excess energy to the grid. Credit can be obtained by your utility company through net meters.
GROUND-MOUNTED SOLAR PANELSnnRooftop solar {is the most popular|panels are the most sought-after|is the most well-known} {option|choice} for homeowners{ when it comes|} to installing solar {energy systems|systems|panels} {on their homes|in their homes|at their residences}. {Many homeowners are unaware|Most homeowners are not aware|Many homeowners aren't aware} that {ground-mount solar panels|solar panels mounted on the ground|ground-mounted solar panels} {can be just as cost-effective|are just as affordable|can be equally cost-effective} and {easy to install|simple to set up}.nnWHAT ARE GROUND-MOUNT SOLAR PANELS?nnGround-mounted solar panels are solar panels that are {mounted|positioned|installed} {at ground level|on the ground|at the ground level}. They function in {a similar|the same} {way|manner|method} {to|as} rooftop solar {systems|panels}. {The panels are exposed to|They are subjected to|These panels receive} {sunlight,|sunlight|light,} which is {converted into|then converted to|transformed into} electricity {by|through} solar cells. {This can be|It can be|This is} {used to power one|utilized to power a single|used to power a} {building, or communities|structure, or communities as|buildingor community} {in the case with|when using|in the case of} {solar farms|solar farms}.nnThese are the {top three facts about ground-mounted|top three facts about ground mounted|most important three facts about ground-mounted} solar panels.nnGROUND-MOUNTED SOLAR SYSTEMS ARE OFTEN THE BEST CHOICE.nn{Rooftop solar panels are|Solar panels that are mounted on roofs have become|The rooftop solar panel is} the most {popular|sought-after} {choice|option} for homeowners. However, {ground-mounted solar panels|solar panels that are mounted on the ground} are also an {option|alternative}.nn{Ground mount solar panels are|Ground-mounted solar panels are|Ground-mounted solar panels} {frequently more pricey|typically more expensive|generally more expensive} {than rooftop solar|as compared to rooftop solar|over rooftop} panels {due to|because of} the {extra|additional|added} {labor and permits that may|work and permits that could|labour and permits that might} be required. {Ground-mounted solar systems might|Ground-mounted solar panels can|Solar systems that are mounted on the ground could} {save you money|help you save money|reduce your costs} in the {long run if|long run , if|end if} your {home isn't suitable|house isn't suitable|home isn't suited} for solar {installations|panels|installation}.nn{Solar arrays from Rooftops have|Rooftop solar arrays offer|Rooftop solar panels have} {a limited range of|limitations in their|only a small range of} performance {due to|because of} the roof {they are mounted|they're mounted|they're placed} on. {Your solar array will not|The solar array won't|The solar array you choose to install won't} {produce as much if|generate as much energy if|produce as much power if} {it isn't installed|it's not placed|it's not installed} at {the right|an appropriate|the correct} angle{, faces south or has| and faces south, or is surrounded by| that faces south or has} obstructions {such as skylights or|like skylights or|like skylights and} chimneys. Ground-mounted solar panels, on {the other hand, can|contrary, can|the other hand, are able to} be {placed wherever the best|installed wherever optimal|placed where the ideal} conditions {exist|are present|are in place}.nn{You might also find|It could also be|There is a chance} that your roof {is not|isn't} {large enough to accommodate|sufficient to support|enough in size to house} {a solar energy system|an array of solar panels|the solar energy system} {that can meet|which can provide|that is able to meet} {your electricity consumption|the demands of your electricity|the requirements of your electric consumption}. Ground-mounted solar {systems,|systems|panels,} {on the other hand|however|in contrast}{, can be scaled| can be adapted| are able to be scaled} to {meet your electricity consumption|accommodate your energy needs|meet your power needs} without the {limitations|restrictions} of {a rooftop system|rooftop systems|rooftop solar systems}.nnALL GROUND-MOUNTED SOLAR PANELS SYSTEMS ARE NOT CREATED EQUALnnThere are two {types|kinds} of {basic ground-mounted solar panels|solar panels that are mounted on the ground.|ground-mounted solar panel} systems:nnGround-mounts are {made from metal|constructed of metal|made of steel} {framing that is|frames that are|framing , which is} {driven into|installed into|placed in} the ground{ and|. It|. This} {holds your panels|keeps your panels|ensures that your panels are} at {a fixed angle|a set angle|an angle fixed}. {While standard ground-mounted solar panels|The standard solar panels mounted on the ground|Although standard ground-mounted solar panels} can be {adjusted manually|manually adjusted} to {adjust for seasonal changes|accommodate seasonal variations|adapt to seasonal changes}.nnPole-mounted solar systems {can support|are able to support|can accommodate} multiple panels on {one pole and|one pole , and|a single pole and} {raise panels higher than|elevate panels above|increase the height of panels over} {standard|conventional|traditional} ground mounts. {Many pole-mounted solar systems include|A lot of pole-mounted solar systems have|The majority of pole-mounted solar systems come with} {tracking systems that automatically tilt|trackers that can automatically move|system for tracking that will automatically adjust}{ the|} panels {so they|to|so that they can} {capture the maximum amount of|get the most|are able to capture the most} sunlight.nn{With tracking|By using tracking|With the help of tracking} systems, {solar panel manufacturing|the production of solar panels|the manufacturing of solar panels} {can be boosted|can be increased|could be increased} by {up to|as much as} 25{%| percent}. {When it comes to adding|If you're looking to add|If you're considering adding} {a tracking system|an automated tracking system|the tracking technology} to your {ground-mounted array|array mounted on the ground|array that is mounted on the ground}{, you have two alternatives| there are two options| There are two options}. Single-axis tracking systems {monitor|track|keep track of} your solar panels {throughout the|all} day{, following the sun's path| by following the sun's course| and follow the sun's route} {across the sky|through the night sky|over the skies}. Dual-axis tracking systems {also can|can also|are also able to} {account for seasonal changes|be able to account for seasonal variations|take into account seasonal variations} in the sun's {position|location|direction}.nnALL HOMEOWNERS CAN BENEFIT FROM GROUND-MOUNTED SOLAR PANELS SYSTEMSnnEven if your {home|house|residence} is {ideal|suitable} for {rooftop solar energy|solar power on the roof|rooftop solar}{, ground-mounted solar panels have| ground-mounted solar panels offer| the ground-mounted solar panels come with} {numerous|many} advantages.nnGround-mounted solar panels are easy to {install because|set up because|install since} they can be {placed|positioned|put} {on any level of land|on any surface|anywhere on the land}. {Ground-mount solar panels don't need|Solar panels that are mounted on ground don't require|They don't have} to be {drilled into|installed on|put into} {your|the} roof.nn{Additionally, the bracings in|Furthermore, the bracings used in|In addition, the bracings of} {standard ground-mount systems can be|conventional ground-mount systems can be|traditional ground-mount systems are} removed {easily and are lightweight|with ease and are light|without difficulty and are very light}. {They will be|They are|They'll be} more secure {if you choose|when you select|if you opt for}{ a|| the} pole-mount.nnA {ground-mount solar panel system|solar panel system that is mounted on the ground|ground-mount solar panel} {is more efficient per panel|has a higher efficiency per unit|can be more effective per solar panel} than {a rooftop array|rooftop arrays}. Ground-mounted solar panels don't need to be {attached|connected} to {your roof and|the roof, and they} can be {set at the|placed at the|set at an} {ideal angle for optimal|most optimal angle for maximum|perfect angle to maximize} energy production.nn{You can produce more electricity|You will generate more power|It can generate more power} than {a comparable-sized rooftop system|a similar-sized roof system|similar rooftop systems} and {also save money over|save money in} the long {term|run|haul}.nnGround-mounted solar panels can be easily cleaned and maintained. {It is very convenient|It's very easy|It's very practical} to {be able to sweep|be able to clean|to sweep} snow off {your panels if|of your panels if|your panels in case} you {live|reside} in an area {with|that has|that gets} {a lot|lots} of snow.nnGround-mount {systems are available from|systems are offered by|solar systems are available through} [xfield-company] installers. The {cost of a conventional|price of a traditional|cost of a standard} ground-mounted solar {system is comparable|system is similar|panel is comparable} to {the cost|that|the price} of a {rooftop system|rooftop solar system|roof-mounted system}. If you {incorporate|opt to incorporate|choose to include} {a tracking system|an automated tracking system|the tracking feature}{, you will have| you'll need| it is necessary} to pay an {upfront price|upfront cost|initial cost}{, but this can be| however this could be| but this is} {compensated by higher electricity generation|offset by higher power generation|paid back by a higher level of electricity production}{, making| which makes| and makes} {tracking systems more reasonable|the tracking system more affordable|these systems more affordable} {for homeowners|for homeowners}.nnWHAT IS A SUITABLE AREA FOR A GROUND-MOUNTED SOLAR SYSTEM?nn{You want a space|You're looking for a space|You're looking for a place} {that is ideal|that's perfect|that's ideal} for you.nn{To the south,|In the southern part,|The south is} {flat or gently|the terrain is flat or|it is flat or} {sloping|sloped|slopes} (up {to 5 degrees|up to five degrees|about 5u00b0}).nA floodplain {beyond|that is more than|more than} 100 years {old is not|of age isn't|old isn't} {possible|likely|feasible.}nShade from {nearby trees not|nearby trees is not|trees nearby is not} {required|needed|necessary}nIt is {easy to locate|simple to find|easy to identify} the {existing electrical infrastructure|electrical infrastructure that is in place|electrical infrastructure in place}{, avoiding expensive trenching and| which will save you the expense of trenching and| without the need for trenching or} cabling.n{Large|The large|Massive} {installations|installation|constructions} (above 100kW) {are not|aren't} {visible from nearby homes|apparent from homes nearby|evident from the homes around them}.nA suitable {ground|soil|surface} (not too soft {that concrete foundations are required|so that concrete foundations are needed|for concrete foundations to be required}{, but not too| however not so| However, it should not be too} {hard that pre-drilling is necessary|hard that pre-drilling is required|difficult that pre-drilling is needed})nn{A geotechnical study is required|A geotechnical analysis is required|An investigation of geotechnical conditions is needed} {before a solar installation can|prior to a solar installation|before solar installations can} {proceed|be completed|begin}. This will {confirm|ensure|verify} that the {right|correct|proper} solar mounting structure {can also|can|is able to} be {used, and|utilized, as well as|installed, as well as} {the warranty|the warranty will be valid|the warranty}.nnDIFFERENT GROUND MOUNTED SOLAR PANEL RACKING SYSTEMSnnTraditional {- Steel pillars|pillars made of steel|pillars of steel} are the most {economical way|cost-effective method|affordable method} to {install|set up|put in} {ground mount systems|system for ground mounting|the ground-mount systems}. Steel pillars {are suitable|can be used|are ideal} {for driving in|to drive into|for driving into} {if the ground has been|when the ground is|only if the ground has been} {deemed|considered|declared} {suitable by the geotechnical assessment|acceptable by the geotechnical evaluation|appropriate by the geotechnical assessment}.nnConcrete{ -|} Sometimes, a {concrete footing|footing made of concrete} is {required in order|needed|required} to {mount|place|put} the panels. This {provides greater|gives greater|will give you more} stability and {wind resistance|resistance to wind|also wind resistance}.nnGround {Screw - Although|Screw - Even though|Screws - While} {they are more expensive|they cost more|they're more costly} to {install, ground screws|set up, they|install, they} {offer a stable|provide a reliable|are a solid} solution. {You can drill the screws|It is possible to drill the screws|The screws can be drilled} {with special equipment|using specialized equipment|using special tools}.nnBallasted - {It is possible|It is feasible|It's possible} to not {penetrate the ground entirely|completely penetrate the ground|penetrate the ground completely} {if it is necessary|when it is required|in the event that it is needed}. Concrete blocks {can be used to install|are a good option to put in|can be used to construct} solar panels. They {sit|are placed|can be placed} on the ground{ and hold| and support|, and they hold} the {system|solar panel|solar system} in {place|the right place|position}.nn{Single Axis Tracking:|Single-axis Tracking|Single Axis Tracking}{ -||} Tracking systems {use|employ|make use of} motors {to pivot panels throughout|to move panels during|that pivot panels through} the day{ so| to ensure|, ensuring} {that they are|they're|that they're} {at the right|in the correct|exactly at an} {angle to|position to face|distance from} the sun. {Single-axis trackers follow|Trackers with a single axis follow|Single-axis trackers trace} the {sun's path|path of the sun|sun's course} from East to {West|West|west}.nnDual Axis Tracking {- Dual axis|- Dual|Dual} trackers {are equipped with|come with|have} {multiple motor distinctions that allow|different motors that permit|various motor choices that permit} {the panels to move|them to be moved|these panels to rotate} {in a more|more in a} circular {motion, maximizing|direction, increasing|manner, thus maximizing} the {output|power output}.nnGROUND-MOUNTED SOLAR: DRAWBACKSnnGround-mounted solar systems {have their|come with their|do have} {drawbacks, but it all|disadvantages, but it all|negatives, but it} depends on {how your|what your particular|the} situation is.nn{Land is required|The requirement for land is that it must be cultivated.|Land is needed}nnGround-mounted systems {have|suffer from|come with} the {obvious disadvantage of needing|disadvantage of having|obvious disadvantage of having} to be {installed|erected|placed} on {land|the land|terrain}. {This makes them more appropriate|They are therefore more suitable|This makes them better} for {suburban or rural settings|rural or suburban settings|rural and suburban areas} {than urban ones|as opposed to urban ones|rather than urban settings}. Ground-mounted solar {systems capable of|systems capable|panels capable of} producing enough {electricity to power|power to meet|electricity to supply} an American {household's average daily needs|family's daily requirements|household's typical daily needs} {would require approximately|will require about|will require around} {1,000 square feet of|1000 square feet|11,000 square feet} {unobstructed|uninterrupted} sunlight.nnPotential Environmental ImpactnnThe United States has more than 8 billion square {meters worth|meters|metres} of {rooftops that can|roofs that could|roofs which can} be {used to install|utilized to construct|used for the installation of} solar panels. {These panels are capable of|They are capable of|The panels can} {doubling the country's electricity generation|double the nation's electricity production|increasing the nation's power generation} capacity. There is no {need to make|requirement to create} {additional|more} {land|space} available. Rooftop solar {has a minimal|has minimal|is low} {impact on the environment|environmental impact|effect on our environment}{ in terms| as a result|, in terms} of {land use|the use of land|the land used}.nnA typical {ground-mounted solar array|solar array that is mounted on the ground} requires {that land|the land to|land to} {be cleared of vegetation|is cleared from vegetation|must be cleared}{ and|,|. It is} then graded {before it can|prior to it being able to} be covered {with|in} gravel. {Sacrificing land with|Land that has a|The sacrifice of land with a} {high environmental value is costly|significant environmental value can be costly|an environmental significance is expensive}. It {can lead to lost|could result in lost|can result in loss of} time {in permitting|for permitting|in obtaining permits} and public approvals{, as well| as well|, aswell} {as potential|in the event of|being a potential cause of} {litigation|lawsuits}.nnGround-mounted solar {projects|panels|systems} {can be placed|can be installed|are able to be installed} on {marginal lands|land that is marginal,|marginal land} {such as brownfields and|like brownfields or|like brownfields, as well as} other {disturbed or contaminated land|contaminated or disturbed land|land that is contaminated or disturbed} to {limit their environmental impact|reduce their impact on the environment|minimize their impact on the environment}. {You can also mount|It is also possible to mount|You can also install} solar panels {high enough for|that are high enough to support|at a height that is sufficient for} {agrivoltaics|agricultural voltaics|Agrivoltaics}. This {combines solar panels and|is a combination of solar panels and|blends solar panels with} agriculture. The panels {can be used to support|are able to be used to aid in|can be used to help with} {crop-growing or provide shade for|the growth of crops or shade for|crop growth or shade} livestock. The United States is introducing more renewable energy sitting tools to help with the environmentally-friendly development of ground-mounted solar plants.nnHome Resale ValuennA Zillow study {found|has revealed|revealed} that {homes with solar panels|solar-powered homes|solar panel homes} {sell|are sold} {for|at} 4.1{% less than similar| percent less than comparable| percentage less than similar} {homes without|houses without|homes that do not have} {them|solar panels}. However, a {ground mounted|ground-mounted|system that is mounted on the ground} system {could|can|may} {turn off|dissuade|deter} {potential buyers who are looking|prospective buyers looking|potential buyers who want} to {use the property for another|make use of the property for a different|utilize the property for a different} {purpose|reason|use}.nnExtra PermittingnnIn {certain|some} {cities, rooftop solar|areas, solar rooftop|urban areas, rooftop solar} {systems|panels|installations} {may|could|might} be {considered|classified as}
SOLAR BATTERIESnnSolar batteries {can be|are} {a smart investment in residential|an investment that is beneficial for residential|an excellent investment for homes} energy storage {or|as well as} {DIY solar|diy solar-powered|self-built solar energy} projects. Solar batteries {can be used|can be utilized|are a great option} by {people who wish|those who want|people looking} to {get off the|be off|stay off the} grid {to store excess energy|and store their excess energy|to store energy that is not being used}. {These can be used|They can be utilized|They are a great option} {for nighttime or cloudy day|to store energy for cloudy days or nighttime|for daytime or nighttime} {use|usage}. If you {live|reside} in an area {without|that isn't able to rely on|with no} reliable {utilities, a few|power, a few|electricity, a couple of} solar batteries {can be very|could prove|are} {useful|beneficial}. {Solar power battery storage|Storage of solar power batteries|Battery storage for solar power} {can be used to run|can be used to power|is a great option to power} your {RV, boat|boat, RV}{, golf carts| golf carts| golf carts, golf cars}{, and other devices| and many other gadgets| as well as other equipment}.nnWhen {comparing solar batteries,|you compare solar batteries,|comparing solar batteries} {remember that the capacity is|keep in mind that the capacity is|be aware of the capacity as} what the battery {can|is able to|has the capacity to} {store|hold|keep}. {It is measured in|The capacity is expressed in|This is measured by} {kilowatt hours|kilowatts} (kWh). The power {measures|is|measure} the battery's {output capacity and|capacity to produce power and|output capacity , and} is {expressed|measured} in kW. {You should look for|It is recommended to choose|Look for} {a solar powered battery|an solar-powered battery|solar-powered batteries} {that has a minimum depth|with a minimum depth|that has a minimum level} {of discharge of|that discharges|of discharge that is} 40%{ and a round|, and a round| and a total} trip efficiency of {around|about|approximately} {80%|80percent|88%}.nnCapacity: {An average|A typical|On average, an} American {household consumes about|household consumes around|family consumes approximately} 30 kWh {per|every|each} day. {A typical solar battery|The typical solar batteries|An average solar cell} {can|will|is able to} {store around|hold around|store about} 10 kWh.nnDepth of discharge{: This|} is the {depth|maximum depth|amount of time} {at which your battery can|that your battery is able to|at which the battery can} be used{ without reducing|, without reducing| with no reduction in} its {lifespan|life span}. The {greater|higher} the DoD{, you will get| is, the| you get, the} {more use from|more value from|greater use out of} {your|the} battery's capacity.nnPower{: This|} is the {output capacity of|capacity to produce power from|power output capacity of} {a battery|batteries|the battery}. {In kW, the|The|It is measured in watts, which means the} {power|amount of power|amount} {that a battery can produce|produced by a battery|that a battery produces} {at once is shown|simultaneously is displayed|at once is listed} in {watts|the watts|Watts}.nn{Round-trip Efficiency: This|Roundtrip Efficiency|The Round-trip efficiency} {is|refers to|represents} the difference {in the|between the amount of|in} {energy required|power required|amount of energy needed} {to charge the device|for charging the gadget|in order to recharge the unit}{ and| as well as|, and} the {energy available|energy that is available|amount of energy available}. A {higher percentage|greater percentage|greater proportion} {of round-trip efficiency is|in round-trip effectiveness is|that is round trip efficiency} {better|higher|more efficient} {than the depth at which|that the deeper|over the distance at which} {it|the device} was discharged.nn{Last but not|The last but not|Not} {least|last}{, the warranty and| the warranty and| not least, the warranty and the} {guarantee of your battery are|warranty of your battery is|assurance of your battery are} {important|crucial|essential}. A {warranty|guarantee} that {covers a certain|is valid for a specific|covers a set} {number of cycles, or|amount of cycles or|quantity of cycles}{ for|} {a specific period of|an extended period of|the duration of a certain} {time, is crucial|time, is essential|duration, is vital} {to ensure battery|to ensure the battery's|for ensuring battery} performance. {The warranty should also ensure|It is also important to ensure|The warranty must also guarantee} that the battery {has|is of} {a certain capacity|an appropriate capacity,|the capacity it needs} and {how many|the number of|also how many} solar batteries are {needed|required}.nn{A solar battery can be|A solar battery is|Solar batteries can be} {installed at|installed in|placed in} your {home to allow|residence to enable|home , allowing} you to {harness|draw|make use of} more solar power{ and use|, and also use| and consume} less {grid power and prevent|grid power , thereby preventing|power from the grid, and avoid} grid {outage|interruptions|disruptions}. {Your solar system will start|The solar system will begin|Your solar system will begin} {transmitting|sending} {power to the grid once|energy to the grid when|electricity to the grid after} {your battery has fully|the battery is fully|your battery has been fully} {charged|filled}. {Solar storage is worth looking|Solar storage is something you should look|It is worth looking} {into if your grid electricity|at if the grid power|for if your grid power} {fails frequently or you require|is frequently interrupted or you require|often fails or you need} backup power.nnThere are {many|a variety of|various} sizes and capacities{ available|| that are available} {for solar batteries|in solar battery systems|to solar cells}. {It is worth taking|It's worth spending|It's worth} 10 minutes to {read|go through|study} {the entire information|the complete information|all the information provided} {below to help you|here to assist you|in this article to enable you to} {choose|select|decide} the {right one for you|best one for your needs|most suitable one for you}.nn{THE BEST SOLAR BATTERIES|THE BEST SOLAR BATTERY|TOP SOLAR BATTERIES}nnThe {best|ideal|most suitable} solar {battery|power system|panel} {for your home|to use for home usage|suitable for the home of yours} will {depend|be contingent} on {what renewable energy requirements|the renewable energy needs|the energy requirements} you have. It is {important to compare|crucial to evaluate|essential to look at} the {different models|various models|various options}. There are {some things|a few things|some points} {you should keep in mind|to keep in mind|to consider} when {comparing energy storage systems|you are comparing energy storage systems|comparing energy storage}.nnCapacity is the {maximum|amount of|highest amount of} {energy|amount of energy} {that can be stored|which can be store|could be captured} in {a|the} {solar battery at|solar cell at|sun-powered battery in} any {given|one} {time|moment|period}. {The average household consumes between|The typical household uses between|A typical household consumes} 8-10 kWh{ of electricity| of energy|} {per|every|each} day. The {maximum capacity of our top-rated|highest capacity of our top-rated|maximum capacity of our best-rated} solar {battery is 20 kWh|batteries is 20 kWh|panel is 20kWh}. {You can stack solar batteries|Solar batteries can be stacked|It is possible to stack solar batteries}{, which allows you to| that allow you to| and} {add more solar cells to|increase the number of solar cells in|include more solar cells into} your storage {system over time|system as time goes on|device over time}.nnTechnology{: The solar batteries| The solar batteries featured| Solar batteries: The solar batteries mentioned} {in this article are|that are featured in the article|included in this report are} {all Lithium-ion-based|entirely Lithium-ion-based|all Lithium-ion based}. {This is the|It is among the|The} most {advanced technology|modern technology|technologically advanced technology that is} {available and|that is available, and it's|accessible and is} {the same technology that|similar to the technology|exactly the same technology} {you will find in your|is found in|you'll find in your} {mobile phones, laptops and|mobile phones, laptops , and|laptops, mobile phones and} electric {cars|vehicles}. Lead acid batteries {are still|are|remain} {in demand by|popular among|sought-after by} {solar power users|people who use solar energy|consumers of solar electricity}. They {are also popular among|also are popular with|are also popular with} {those who live off the|people who live off the|those who live off of the} grid. {They are a tried-and-true|They are a tried and true|They're a tried-and-true method of} {technology that has|technique that's|method of technology which has} been {around|in use|used} for {over|more than} 100 years. {Additionally, they are|In addition, they are|They are also} {less expensive|cheaper to purchase|more affordable} {upfront|initially|in the beginning}. Lithium-ion batteries {have a shorter|are less expensive in the beginning.|come with a shorter} {life-time cost, but|time-to-life, but|life-time cost, however,} {they are|they're|they're also} more efficient.nn{Warranty on solar battery cycles|Guarantee on the cycle of solar batteries|The warranty on cycles of solar cells}: {The number|The amount|the number} of times {a|that a} solar battery {can be|is} fully {charged from an empty state|recharged from a state of no charge|charged even when it is empty}. [xfield-company], manufacturers of solar batteries, {offer|offers|provides} {warranties that guarantee|warranties that ensure|guarantees that cover} {certain levels of performance|specific levels of efficiency|the performance of a certain level} {after|following} {a set number|the set amount|an agreed number} of cycles. The warranty {will last|is valid|can last} for a longer {time|period|duration} {if the solar battery is|when the solar battery is|in the event that the solar battery has been} {covered by|covered for|protected by} {more than one cycle|multiple cycles|greater than one of the cycles}.nnPower cut backup{: Not all solar batteries| Solar batteries are not all the same and| is not available for all solar batteries.} {can continue to provide|will continue to supply|are able to continue to provide} {solar energy for|the energy you need to power|solar power to} your home {during|in the event of} {a power cut|an outage|the power outage}. {As they will still work|Since they'll still function|They will continue to work}{, look out| but you should look| however, you must look} for models {with power|that have a power|with a power} cut backup.nnBENEFITS OF {SOLAR|SOLAR} BATTERIESnn{Energy bill savings: Storing|Saving money on energy bills: Storing|Saving on energy bills by storing} energy {in|during} {times of low demand can|periods of low demand could|times of low demand will} {help you save|aid in saving|assist you in saving} {money on your energy bills|your energy costs|the cost of your energy bill}.nn{Backup Power Supply: You|Back-up Power Source:|A Backup Power Supply} {can|could|may} {use your solar electricity|make use of solar power|utilize solar energy} {during a power outage|in the event of a power failure|during power outages} to ensure {that you don't|that you do not|you don't} {lose power or lighting|go without power or light|be without power or lights}. [xfield-company] of solar energy {can be very valuable|is extremely valuable|can be extremely beneficial} {for your household in times|to your family in the event|for your home in times} when {there is a|there's a|there's an} power {outage|interruption|failure}.nn{HOW DO SOLAR BATTERIES WORK|HOW DO SOLAR BATTERIES FUNCTION|HOW DO SOLAR BATTERIES WORK}?nn{Solar panels can be|The solar panels are|They can also be} {mounted|erected|placed} on {a roof or an|the roof or an|a roof or} {exterior wall so|exterior wall to ensure|outside wall, so} {that they are exposed to|they receive|they can receive} the {maximum amount of sunlight|most amount of sunlight|maximum amount of light}. {Each panel contains|Each panel is made up of|Every panel has} solar cells {that|which} {convert sunlight into|transform sunlight to|change sunlight's energy into} DC electricity{, which|. This|. It} is{ then| later|} {converted by an inverter to|transformed by an inverter into|converted by an inverter} AC electricity. This {can be|is|power can be} {used to power your house|utilized to power your home|used to power your home}.nn{Anything you don't use gets|Everything you don't use is|Anything you don't need is} {sent back|returned} {to|the} National Grid for redistribution around the {country|nation}. {You can only use solar|Solar power is only available for|You are only able to use solar} {power when it's available|energy when it's in use|energy when it's on}. {You can only use solar|It is only possible to use solar|Solar power can only be used to generate} {energy when the sun|power when sun|electricity when it} {shines|is shining}. {Installing a solar battery will|The installation of a solar battery can|Installing a solar-powered battery can} {change|alter} this.nnThree {main components are required|essential components are needed|key components are essential} {for|to create|in} renewable energy systems {that can|that are able to|to} store electricity{ themselves|| on their own}:nnSolar panels{ that|} {convert sunlight's energy into|transform sunlight's power into|make use of sunlight's energy to create} DC electricity.nTo store {electricity when the|energy when|power when} solar panels {stop producing|cease to produce} electricity{, a battery| batteries| Batteries} or {batteries is needed|battery is required|batteries are required}.n{A converter that converts|Converts|The converter converts} DC {electricity|electric power|electrical energy} into AC{, ready to| which can| and is ready to} be used in {lights|lighting}{, appliances, etc| and appliances| or appliances}.nn{Solar technology is constantly|The solar technology is continually|Solar technology is continuously} {improving|evolving|growing}. Modern {systems include|solar systems incorporate|systems are equipped with} {smart technology like|advanced technology, such as|intelligent technology such as} {apps and WI-FI so that|WI-FI and apps so that|applications and WI-FI, so} you can {monitor|track|keep track of} {your battery's efficiency and|the battery's performance and|your battery's capacity and efficiency as well as} {charge level|the charge level|the level of charge}.nn{TYPES|DIFFERENT TYPES|THE TYPES} OF SOLAR BATTERIESnnThere are two{ main|| primary} {types of solar battery|kinds of solar batteries|types of solar batteries}. {These batteries have|They have|They've} been {in use for decades|used for a long time|in use for many years} in the solar {industry|sector}. {These batteries|They} {are available for purchase in|are available to purchase from|can be purchased from} Nevada Sola Group if you're {thinking of|contemplating|considering} {installing a solar system,|building a solar system|installing a solar array,} {or adding batteries|as well as adding them|and/or adding battery packs} to {an existing one|your existing system|one already}.nnTALL TUBULAR SOLAR BATTERYnnThe most {reliable, longest-lasting|durable, reliable}{, and most popular| and most well-known| and most sought-after} {type|kind} {of solar battery is|that solar batteries are|in solar cells is} the {lead-acid tall tubular|tall tubular lead-acid}. {This|It} is an {upgraded|improved} version of {standard batteries and|the standard battery and|standard batteries that} {can be used with|is compatible with|can be used in conjunction with} {home solar panels|solar panels for your home}.nn{These solar batteries have been|The solar batteries are|These solar batteries were} {specially developed to meet|specifically designed to meet the needs of|specially designed to meet} {all solar application requirements|the requirements of all solar applications|all requirements for solar energy applications}.nnThe {lead-acid tall tubular|tall tubular lead-acid|high-performance lead-acid tubular} batteries require {water refills|refills of water|refills} {every|each|at intervals of} 3 to 6 {month|months}. They {can|are able to|have the capacity to} {store more power per|hold more power per|keep more power on} charge than {any other battery|other batteries}.nn{Deep cycle solar batteries,|Solar tubular batteries that are|The deep cycle batteries} also {known|referred to|referred} {as solar tubular batteries|by the name solar tubular battery|in the field of solar tubular batteries}{,|} {are deep cycle solar batteries that have been|were developed as deep cycle solar cells that have been|can be described as solar tubular batteries with deep cycles that were} {extensively|thoroughly} tested. They {can be used|are able to be utilized|are suitable for use} {in hybrid solar systems|for hybrid solar system|as a hybrid system of solar} {and|as well as|or} {off-grid systems|off-grid systems|off-grid solutions}.nnTHE PROS AND {CONS OF|PROS AND} TALL TUBULAR SOLAR BATTERYnnAdvantages:nnBatteries {with high efficiency|that are high-efficiency and efficient.|with high efficacy}n{More than 1500 life-cycles|Over 1500 cycles of life|A total of 1500 lives}n{Working life of|The working life span is|Life expectancy of} 5 to 7 {Years|years}nCost-effective solar productn{It is easy to install|It is simple to install|It's easy to set up}{, maintain, and access| it, maintain, and use| to maintain, access, and maintain}.nThere is no {need for heavy|need for any heavy|reason to have any need for heavy} maintenancenVery low {maintenance/repair costs|repair and maintenance costs|maintenance/repair cost}nn{Disadvantages|Advantages|Negatives}nn{Heavy tall tubular|Large, tall|Massive tall tubular} batteries {can be found|are available|are found} in {heavy-duty tubes|tubes that are heavy-duty|high-performance tubes}n{These batteries must|The batteries need to|The batteries have to} be {topped up regularly|replenished regularly|recharged frequently}nLithium-ion batteries {require|need|take up} more space than {lithium-ion|lithium-ion batteries}.nSOLAR BATTERY LITHIUM-IONnnAnother{ popular|| well-known} {type|kind} {of solar battery is|that solar batteries are|for solar cells is the} lithium-ion. {It's well-known for its high|It is well-known for its superior|It's well-known due to its high} current {rating and long|capacity and lengthy|rating and its long} cycle {life|time|duration}. Lithium-ion batteries {have a number|offer a variety|possess a range} of {significant advantages, including|advantages that are significant, such as|benefits, which include} {a long life-cycle|the ability to last for a long time|an extended life-cycle} (up {to 5000|up to 5000|500} cycles) {as well as|and also|in addition to} {high charge and discharging capabilities|the ability to charge and discharge at high speeds|capacity to charge and discharge quickly}. This {allows you to extract|lets you extract|makes it possible to get} more {energy from your|energy from|power from your} solar panels.nn{For solar power applications,|For solar power applications|In solar power applications,} the {best lithium-ion type|most efficient lithium-ion type|most effective lithium-ion model} {is|can be found in|will be a} LiFePO4 (lithium iron phosphate) battery. LiFePO4 batteries {can be used|are suitable|can be utilized} {for solar power applications and|to power solar applications. They|in solar power applications. They} are {non-flammable, safe,|safe, non-flammable,|safe, non-flammable} and {stable for up to|durable for} 15 to 20 {year|years}. They also require {very little|minimal|little} maintenance and {have a high|feature a superior|offer a great} {electrical performance|electrical efficiency|power output} {and|as well as|with} low resistance.nnTHE {PROS AND CONS|PROS AND CONS} OF {LITHIUM ION SOLAR BATTERY|SOLAR LITHIUM ION BATTERY|LITHIUM-ION SOLAR BATTERIES}nnAdvantages:nn95% depth of discharge (DoD)nMore than 5000 {lives|life} cyclesnHigher energy densityn{Lead-Acid batteries are more efficient|Lead-Acid batteries are more efficient.|Lead-Acid batteries perform better than lead-acid batteries.}nMaintenance is not {required|necessary|needed}nSolar {battery that are eco-friendly|batteries that are environmentally friendly|batteries that are green}nnDisadvantages:nn{Comparatively, it is|In comparison, it's|It is, however,} more expensivennnnnSOLAR BATTERY FEATURESnn{As a means to|To|In order to} {meet the growing|satisfy the increasing|keep up with the ever-growing} {demand for clean energy in|need for renewable energy throughout|demand for sustainable energy across} {the world,|all over the globe,|around the world} Nevada Sola Group solar batteries {have been in high demand|are in high demand|have been highly sought-after} {over the past few|in recent|for the last few} years. {These batteries are specifically made|They are designed|These batteries are made specifically} {for high-performance solar systems|for solar systems that are high-performance|to be used in high-performance solar systems}. Let's {have a closer|take a|take a closer} {look at the features|review of the specifications|look at the characteristics}.nn{Outstanding|Excellent|Amazing} {Efficiency|Performance}nnStorage efficiency is {a key|an essential|a crucial} {factor in the overall success|element in the overall performance|aspect in the overall success} {of any solar system|for any solar array|in any solar power system}. Solar batteries are {extremely|highly} efficient. Solar batteries {maximize|increase|can boost} the {efficiency of your|effectiveness of your|efficiency of} solar panels{ and increase|, and also increase| and boost} {your energy independence|the energy independence of your home|the independence of your energy source}.nnSuperior Life Cyclenn{A solar battery's expected lifespan|The expected life span of solar batteries|The lifespan of solar batteries} is {extremely|very} long. {Depending on the type|Based on the kind|The type} {of solar battery, their|the solar batteries, their|that solar battery is used, its} {life expectancy|lifespan|expected lifespan} is {very|extremely} long. The {life cycle for|lifespan of|lifespan for} {lead-acid tall tubular batteries|tall tubular lead-acid batteries|tall tubular battery made of lead acid} {is 1500 cycles|can be as long as 1500 times|includes 1500 cycles}. Lithium-ion batteries{ can|| are able to} last {up to 5000 cycles|for up to 5000 cycles|up to 5000 times}.nnHigh round trip {efficiency|effectiveness}nn{High round trip efficiency|A high round trip efficiency|The high efficiency of round trips} is {a hallmark|the hallmark|a characteristic} {of solar batteries|for solar battery|the solar cells}. This means {that you can|you will be able to|that you are able to} {use the majority|make use of the majority|utilize the bulk} of {the stored electricity|the stored energy|stored power} and {there will be|you will experience|also there is} {less power loss|less loss of power|lower power losses} {during transmission|when you transmit|in transmission}.nnTuff Futuristic Designnn{The solar batteries|Solar batteries|These solar cells} are {made|constructed|manufactured} {from high-quality materials and look|of high-quality materials and appear|out of top-quality materials, and look} {very elegant|extremely elegant|stunning}. They {can be used|are suitable for use|can be utilized} {in both off-grid or hybrid|in hybrid or off-grid|for hybrid or off-grid} solar systems. They can be {installed anywhere|placed wherever|put in any place} {you want|you'd like} {them to|they can be|to}.nnWater Level IndicatorsnnOne of the {most unique|most distinctive|unique} {characteristics of solar batteries is|features of solar batteries is|characteristic of solar batteries are} their {water level indicators|indicators for water levels}. The {water level indicator|indicator for water levels|indicator of water level} will {show you|tell you|let you know} {how much water has been|the amount of water|how much water is} {left in your battery,|remaining in the battery|left in the battery} and {when it is|also when it is|when it's} {time for it to be|the right time to|time to} recharged.nnExtremely {Low Maintenance|low maintenance}nnSolar batteries require very little maintenance. {These batteries need to|They need to|These batteries must} be {topped-up with water approximately|replenished with water about|replenished with water} {every 3 to 6|each 3 to 6|once every three to six} {month|months}. {These batteries do not|They do not|These batteries don't} require any{ additional|| further} maintenance or {repairing|repair|repairs}.nnnnn{SOLAR BATTERY STORAGE|STORAGE OF SOLAR BATTERIES|STORAGE FOR SOLAR BATTERIES}nnOngoing MaintenancennSolar batteries {are not|aren't} {an easy unit to install|an easy thing to set up|simple to set up} and {forget|then forget about}. To {keep your solar battery|ensure that your solar battery is|ensure your solar battery remains} {safe and efficient|secure and effective|reliable and safe}{, you must| you should| you need to} {monitor it regularly|keep it in check regularly|be sure to monitor it frequently}. It {must be kept|should be|needs to be} {charged at the optimum level|fully charged|in good condition, charged to the correct level}{, gassed regularly and| and regularly gassed, as well as| that is regularly gassed and} {stored at the correct|maintained at the right|kept at the proper} temperature.nnReplacement Partsnn{Solar panels last longer than solar batteries|The lifespan of solar panels is longer than that of batteries|They last for longer time than batteries made from solar energy}. A {high-quality solar battery should|good solar battery will|quality solar battery will} last {around 10-15|for about 10|between 10 and 15} years. {However, this will depend|But, it will be contingent|However, this depends} on {how often|the frequency|how frequently} you {use it and|use it as well as|utilize it and} how well {it is maintained|you maintain it}. {It is worth considering|It's worth thinking about|It's worth considering} that {a battery can|the cost of a battery could|a battery's capacity can} {be as high as|reach} {2,000, not including|2500, without including|2000, which does not include} {installation|the installation}.nnIt's not {a complete|a full|an all-inclusive} {energy solution|power solution|alternative to energy} (yet)nnMany people {want|would like|wish} to be {completely energy independent|energy-free|totally energy independent}{, and not rely| and not depend| and not rely} {on the|upon the|entirely on} National Grid. {Although technology has made significant|While technology has made huge|Although technology has made substantial} {progress in recent years|advancements in recent years|advances in recent times} and is {moving|heading|headed} {in the right direction,|towards the right direction,|in the right direction} {a solar battery system still|solar batteries|the solar battery} {is not an|isn't a viable|isn't an} {option to disconnect completely|alternative to completely disconnect|alternative to be completely disconnected} from the mains {supply|power supply|electricity supply}. {There are limitations to batteries|Batteries have limitations|There are some limitations with batteries}{, including their shelf-life and| that include their shelf-life, as well as| such as their shelf-life and} limitations. It is {important|essential|crucial} {to have a backup|that you have an emergency|for you to keep a spare} {supply|source|power source} {from|that comes from|with} National Grid until technology improves.nnSOLAR INSTALLATION COMPANYnnThe {choice of|selection of|decision to choose} {a|an|the} [xfield-company] to install {residential solar power systems for|residential solar power systems to|solar panels for residential use in} your home is {important|crucial|vital} {because it has two main|due to two primary|because of two major} {reasons|motives}. Solar {panel systems for|panels for|panel systems designed for} {residential use are very expensive|homes are expensive|residential use can be very costly}. {After claiming|After taking advantage of|When you claim} the {26% federal tax|federal tax credit of 26%|tax deduction of 26% from the federal tax} credit, the {average cost|cost|price} for a 7-kW {system drops|system is reduced|solar panel system falls} to $14,800.nnSolar panels {are durable|are long-lasting|last for a long time}. {Your solar system will|The solar panel will|Your solar system should} last {between 25-30|for between 25 and 30|for 25-30} years. {You will need technical support|Technical support will be required|You'll require technical support} {from|by|through} {your|the|Your} [xfield-company] installer. {You will likely be without|It is likely that you will not receive|You'll likely not have} technical {support if you choose|assistance if you select|support if you go with} {a low-quality or cheap|an unprofessional or low-quality|the lowest-quality or inexpensive} solar installer.nnSOLAR ENERGY SYSTEM COMPANIESnn{Our solar panel savings|The solar panel cost savings|Solar panel saving} {and|calculator and} cost calculator {will give you|will provide you with|gives you} the most {accurate information|precise information|precise data}. {This allows you to evaluate|This lets you evaluate|It allows you to assess} the {potential solar savings|solar potential|potential solar benefits} of your {home before|home prior to|house prior to} making a {decision|choice}.nn[xfield-company] provides independent {reviews and expert ratings|reviews and expert opinions|evaluations and expert reviews} {on more than 3,000|for more than 3,000|of more than 3000} solar panel {companies|manufacturers} {as well as|and also|in addition to reviews} for {all major|the top|all the major} {brands and models of|manufacturers and types of|brand names and designs of the} inverters {and|as well as} solar panels. Our website {gives consumers|provides consumers with|offers consumers} {more information about|more details about|additional information on} {our solar companies' products|the solar products of our companies|our solar companies' solar products} and services{ offered|}.nnGET {YOUR FREE QUOTE TODAY|FREE QUOTE TODAY!|YOUR FREE QUOTE NOW!}nnAre you {tired of|fed up of|fed up with} {paying too much electricity|paying for too much electricity|having to pay for electricity that is too high} {for|to power|on} {your|the electricity you use for your} [Location] home? [xfield-company], solar company, {can help you|can assist you to|is able to help you} {design and install the right|create and install the best|build and install the perfect} solar power {systems|system} {for your home|to power your house|that will power the home of your dreams}. {Request your free quote today|Get a free quote now|Contact us today for a quote} and {have|get} {your solar panel|the solar panels|an solar system} installed.
SOLAR ARRAYSnn{A solar array is|An array of solar panels is|The solar array} {a group|a collection|made up} of solar panels{ that have been| that are|} connected to {create more|generate more|generate} {electricity and|energy and also|power and to} receive sunlight.nnCombining solar arrays {with|and} {one or more solar convertors|at least one solar converter|several solar convertors} (and {optionally a|an optional|possibly a} lithium battery) {makes a fully functioning|creates a fully functional|can create a fully functional} {solar power plant|energy source for solar|system for powering the solar}. The solar array {is part|is a part|forms part} {of the solar power|of the|in the power generation} system{ that| which|, which} {supplies|provides|generates} {power|energy|electricity}. {This electricity|The electricity generated|This power} {can be used for powering|is used to power|can be used to power} homes{ or exported|, or sold} to {renewable energy grids|grids of renewable energy|grids that use renewable energy}.nnSOLAR ARRAY INSTALLATIONnnSolar arrays {can be easily|are able to be|can be} {installed anywhere there is sunlight|placed wherever there is sun|put up anywhere that there is sunshine}.nn{An ideal location|The ideal spot|A good location} {for a solar array installation|to install a solar array|for solar array installations} {is on the roof of your|can be on your roof|could be the rooftop of your} {home|house}. {A solar array installation|The solar array|Solar arrays} {should be placed|is best placed|must be put} {on the roof|in the roofing|at the top of the house}. {The|In the|It is believed that the} United States gets the best {sun and produces the most|sun and generates the highest|sunlight and the most} {power from solar arrays that|energy from solar arrays that|power from solar arrays which} {face the south|are facing south|have a south-facing orientation}. {Your location,|Your location|The location of your solar panel} {as well as the design|and the style|as well as the shape} of the panel{ will determine| will decide|, will determine} {how many panels you need|the number of panels you require|how many panels you will need} to {cover your electricity consumption|meet your power consumption needs|provide your energy needs}.nn{A solar array can be|Solar arrays can be|The solar array is} {installed|placed|mounted} on {top|the top} {of ground mounts|of the ground mounted|or beneath ground mountings}. This {is an option that|option|is a method that} is {popular|very popular} in {rural areas and|areas with low population density and|the rural areas as well as} solar farms{ where| in areas where|, where} {land is often|the land is usually|the land is typically} {cheaper|less expensive|more affordable}.nnSolar arrays {can be mounted|can be erected|are able to be installed} on any {structure other than|building other than|type of structure, not just} roofs. There are {many|a variety of|numerous} {options|possibilities|alternatives}. There are solar {canopies and|canopy options and|canopies ,} solar pergolas{, as well| as well|, aswell} {as|with|in} solar gazebos.nnAre you {going out for|planning to go out on|planning on going out for} the weekend? Solar arrays {can be installed|can be put|are able to be put} on {top|the top|the roof} of {cars|vehicles}. {For many years|For a long time|Since the beginning}{, solar energy has been| solar power has been| solar energy was} {available for|accessible to|available to} RVs. Boats are {starting to include|now beginning to incorporate|beginning to have} {panels|solar panels}.nnSolar arrays {can also be|can be|are also} {used in combination|utilized in conjunction|combined} {with energy storage systems|to energy storage devices|in conjunction with storage for energy}{ such|, such} as solar batteries{, for| for|, to provide} {off-grid settings like|locations that are off grid, such as|remote locations like} hunting cabins.nnThere are{ also|| other} {niches that can be used|areas that could be utilized|niches that could be utilized} {for|to create|to build} solar arrays{, such as|, like| like} {those integrated into buildings|ones that are integrated into buildings|ones integrated into buildings}.nn{Is it important|Do you care about|What is the most important thing to consider is} {where your array is|the location of your array|to know where your array is}? It is {important|essential|crucial} to {inquire about the system|ask about the system's|know the system's} {design and|layout and the location|structure and the place} {where the panels will be|which location the panels are|how the panel will be} {placed|positioned|put} by {any|the} installer. {A solar array that faces|An array of solar panels that is facing|Solar arrays that face} directly south, {especially|particularly} {if you are|when you're|those who reside} {in|located in} the Northern Hemisphere will produce more {electricity than one that faces|energy than one facing|power than one facing} west{, north, or west| or north| either north or west} {because it receives|since it gets|due to the fact that it receives} more sunlight.nnGround mounts are {a good|an excellent|a great} {option if you have lots|alternative if you own a lot|option for those with lots} of land{ and plenty| and lots|, and plenty} of {sunlight|sunshine}. Ground-mounted arrays {can produce|produce|are able to generate} more {electricity than roof-mounted|power than roof-mounted|electricity than roof mounted} ones{ because they are designed| due to their design|, as they are built} to {face and tilt optimally|be able to tilt and face the right way|face and tilt in the best way}.nnSOLAR ARRAY TYPESnnThere are three {types|kinds} of Solar {Array: ground-mounted|Arrays: ground-mounted|Arrays: ground mounted}{, roof-mounted and carports| roof-mounted, carports and ground-mounted| carports, roof-mounted and}. Each {type|kind} of Solar {Array installation serves|Array has|array installation has} {a different purpose, so|various purposes, therefore|an individual purpose, and} what {works in one school|is effective in one school|is successful in one place} {might not work|may not be the best option|will not work} in {the next|another}.nnRooftop Arrays {- The most popular|The most well-known|The most sought-after} {type|kind|form} {of solar array is|that solar panels are|for solar arrays is}{ called|}{ the roof mount| Roof Mount|
BATTERY ENERGY STORAGE SOLUTIONnn{For many reasons,|There are many reasons why|Due to a variety of reasons,} {home battery storage systems have|battery storage for homes has} {seen a surge in|been gaining|witnessed a rise in} popularity {over the last few|in recent|over the past few} years. They {provide clean electricity|are a clean source of electricity|offer clean power}{, but| however, more and| however} {more people are realizing|increasing numbers of people are recognizing|more and more people are becoming aware} that the grid {may not|might not|won't} {always be|necessarily be|ever be completely} reliable. {Energy independence is the main|Independence from energy is the primary|The independence of energy is the main} reason {people have|why people choose to have their own|that people install} {home battery storage systems|batteries for their homes}. It's {seamless so you don't|completely seamless, so you won't|seamless and you don't} {notice when power switches|be aware of the power switching|feel the need to switch power} between {the grid and your|your grid and the} {battery backup system|batteries backup systems|back-up battery}.nn{These systems|The systems|They} {can be charged with|can be charged using|are charged by} either {electricity|the electricity you get|power} from your utility {company|provider} or solar {power|energy}. Grid charging {can provide|will provide|provides} {backup power for|power backup for|back-up power for anywhere} between 10 {and 20 hours depending|to 20 hours based|and 20 hours , based} on {how much|the amount|how often} you {use|are using|utilize} it{ and|, as well as} the size of {your unit|your device|the unit}. {Even though you will only|Although you'll only|Even though you'll} {have a limited|have a small|be able to use a tiny} {amount of power|quantity of energy|capacity}, {this|it} {may be sufficient if|could be enough if|might be enough in the event that} {there are frequent and short|you experience frequent and brief|there are frequent , short} {outages|interruptions}. The battery {can be recharged|is rechargeable|can be charged} {for as long as|for the time|to the extent} it takes to {get back|be back|return} {on the grid if|to the grid, if|connected to the grid when} the solar panel {system is used|system is utilized|is being used}. {You must remember|It is important to remember|Be aware} that solar panels {without|with no|that don't have} {battery storage systems won't work|batteries won't function|batteries will not function} {if there is|in the event of|when there's} an outage. {This is because solar|The reason is that solar|Solar} panels are {notoriously|extremely|typically} {susceptible to shutting down during|vulnerable to shutting down during|susceptible to shutting down in the event of} an outage. {Power can't be sent to|The power can't reach|It is impossible to send power to} the lines {while workers attempt|as workers try to make|until workers are attempting} repairs.nn{These systems are in high|They are in high|These systems are in great} demand {due to|because of} recent {events and climate change|climate changes and events}. {The|In the|It is the} United States is one example of a {state where|state in which|country where} utilities have {established|set up|instituted} public {safety shutoffs|shutoffs for safety}. This has {led to|resulted in} more frequent {planned outages during fire|planned outages during the fire|scheduled outages during fire} season. {Many consumers are reporting|A lot of customers are complaining|Many customers have reported} that they {have to wait|are waiting|must wait} for {months before receiving|several months before they can access|months to receive} {clean energy|the clean energy they need|renewable energy}.nn{In discussions about|When discussing|In discussions on} {sustainable energy|renewable energy sources|green energy}{, batteries are rarely| batteries are not often| batteries are seldom} {mentioned|discussed|even mentioned}. {People tend to think only|Most people think|The majority of people think} of {solar panels and wind turbines|wind turbines and solar panels} {when it comes to capturing|in the context of capturing|when it comes to the capture of} energy from the {atmosphere|air}. {The truth is that|However,|But the truth is that} the {vast majority would|majority of energy would|vast majority of the energy generated would} {go to waste|be wasted} {if there was no|in the absence of|without} {energy storage|storage of energy|storage for energy}. {Additionally|Furthermore|In addition}{, renewable energy's environmental limitations| the environmental problems associated with renewable energy| the environmental issues associated with renewable energy} {will not be|cannot be|are not} {overcome if there is|overridden if there's|solved if there's} no storage. {We won't be able|It will be impossible|We will not be able} to {power civilization long-term|sustain civilization for long|provide power to civilization over the long term} {if we can only use|in the event that we only utilize|by using only} {solar and wind energy|the sun and wind|wind and solar energy} {when it is shining|when the sun is shining|in the time of sunshine}.nnThis {common oversight has|often-forgotten oversight leads to|common error has} {the unfortunate result|resulted in the unfortunate situation|led to the unfortunate consequence} that {people don't discuss|no one discusses|there is no discussion of} {how|ways} to make {renewable energy storage|the storage of renewable energy|storage for renewable energy} more {sustainable than renewable energy capture|environmentally sustainable than capture of renewable energy|efficient than the capture of renewable energy}. Chemical batteries are {incorrectly believed|often believed|viewed} {to be the only solution|to be the sole solution|as the only option} {when it comes to storage|for storage|in the storage of energy}. {Chemical batteries aren't sustainable|They are a waste of resources|The use of chemical batteries isn't long-term}{ and|, and} {can be|could be|are} {harmful to the environment|detrimental to the environment|damaging to the environment}.nnWHAT {IS|EXACTLY IS} SOLAR ENERGY STORAGE? {HOW DOES IT WORK|WHAT IS ITS PURPOSE|WHAT DOES IT DO}?nnSolar panels are {one of|among} the {fastest growing energy sources|most rapidly growing sources of energy|energy sources that is growing at the fastest rate}. It {makes sense to combine|is logical to combine|makes sense to mix} solar panels {with|and} {battery energy storage solutions that|battery energy storage systems that|batteries to store energy and} {give rise to solar batteries|create solar batteries|result in solar batteries}.nn{HOW DOES|WHAT IS THE} SOLAR ENERGY STORAGE {FUNCTION|WORK}?nnThe solar batteries {are used|are utilized|serve} to store{ excess|} solar energy{ and keep| and to keep|, and keep} it {safe|secure}. The stored energy {can be used|can be utilized|is able to be utilized} even {if|when} solar power {is not being|isn't being|isn't} {produced|generated}.nnThis {reduces dependence on|decreases the dependence on|helps reduce the need for} the {electric grid, which|grid that} {results in lower electricity bills|means lower electric bills|will result in lower electricity costs} and {a more self-reliant system|an energy system that is more self-reliant|more self-reliant systems}. {You also have access to|Additionally, you can access|Also, you have access to} {extra power backup via|additional power backup through|an additional source of power through} the batteries.nn{Solar energy storage systems|Storage systems for solar energy|Systems for storage of solar power} are{ also|} {easy to set up|simple to install|simple to set up}{, maintain, and most| and maintain. Most| to maintain and, most} {importantly, they can be|important, they are|important of all, they are} weatherproof.nn{TYPES OF ENERGY STORAGE|STORAGE OF ENERGY IN DIFFERENT FORMS|ENERGY STORAGE TYPES}:nElectrical Energy Storage (EES){: This includes| It includes| This comprises} Electrical Storage (capacitor {and|as well as} coil), Electrochemical Storages (batteries){,|| and} {Pumped|pumps for|pump-driven} Hydroelectric, Compressed Air Energy Storages (CAES){,| and} {Rotational Energy Storages|Energy Storages Rotational|Energy Storages that rotate} (flywheels){,|} {and Superconducting Magnetic|as well as Superconducting Magnetic|and Superconducting Magnet} Energy Storages (SMES).n{Thermal|The Thermal|Energy Storage (TES): Thermal} Energy Storage (TES): The {thermal energy storage consists|storage of thermal energy consists|thermal energy storage is comprised} of Sensible, {Latent,|Latent|latent,} {and Compact Thermal|as well as Compact Thermal|and compact thermal} Energy Storage.nTWO {TYPES|KINDS} {OF LITHIUM BATTERIES:|BATTERY TYPES MADE OF LITHIUM:|THAT ARE LITHIUM BATTERIES}nMetal lithium {battery|batteries}{: These single-use, non-rechargeable| The single-use, non-rechargeable| This single-use, rechargeable} batteries are {made from|made of|constructed from} metal lithium. The {anode and cathodes|cathodes and anodes|cathodes and the anode} are {made of|composed of|made from} manganese dioxide (mno2). {Multiple reversible|Reversible and multiple|Reversible, multiple} {conversions of chemical energy to|transformations of chemical energy into} electrical energy {can be achieved|are possible|is possible} {with|using|by using} lithium-ion batteries. Lithium-ion batteries {provide|can produce|offer} high voltages, {typically|usually|generally} between 3.6 {and|to} 3.7 {volts|Volts|voltages}. This is {the|about the|roughly the} {same amount of power that|equivalent to the power|same power level that} {a construction battery can take|construction batteries can provide|an industrial battery could get} {with one cell|in just one cell|for one cell}.nLithium Sulfur Battery{: Lithium anode +| Lithium anode +| Lithium anode and} sulfur cathode = {Lithium sulfur batteries|lithium sulfur batteries|Lithium sulfur battery}. This chemistry {will give|can give|gives} {you an energy density of|the user a density energy of|your a energy density of up to} 6000 {watts|Watts|power}. The {end result will be|final result is|end result is} 2000 {watts/kg|watts per kilogram}. {This is|It is|It's} {a rechargeable battery|an rechargeable battery|an energy-saving battery that can be recharged}. These {high altitude batteries|batteries at high altitude} are {used|utilized} to {power|provide power to|charge} {the solar-powered|an electric|Solar-powered} Airplane. The development of {Lithium-Air batteries is|Lithium-Air batteries are|Lithium Air batteries is} {underway|in progress|being developed}. The cathode {of|in} {these batteries is replaced|the batteries are replaced|this battery is substituted} {by|with} air.nRedox Vanadium Redox Flow Battery{: This is a rechargeable| It is a rechargeable| Rechargeable} battery that {uses|utilizes|makes use of} vanadium ions {to different oxidations|for different oxidations|to oxidize various substances}. To store {chemical potential energy|energy from chemical reactions|the potential energy of chemical compounds}{, the| The| the} electrolyte dissolves {vanadium|the vanadium} sodium {salts in|salts into|sodium salts in} sulfuric acid. The four oxidations{ that|} vanadium {redox flow batteries go through|flow batteries undergo|redox flow batteries experience} are: {Vanadium redox batteries|Redox batteries made of vanadium|Vanadium redox battery} {have the advantage of being|are advantageous because they are|offer the benefit of being} {able to store unlimited energy|capable of storing unlimited energy|in a position to store energy for a lifetime}. They {can also be used|are also able to be utilized|can also be placed} in large {electrolyte storage containers|storage containers for electrolytes|storage containers of electrolytes}. The battery {can be completely|is able to be completely|can be fully} {discharged without any ill|removed without any negative|discharging without any adverse} {effects|consequences|results}. {However, if electrolytes are|If electrolytes are|In the event that electrolytes get} accidentally mixed, {there is|there's} no {permanent damage|damage that is permanent}.nBATTERY ENERGY STORAGE SYSTEMSnnThe {later use of energy|use of energy in the future|subsequent use of energy} is {indicated|evident} {by the storage of energy|through the storage system for energy|in the energy storage}. The {battery energy storage system|energy storage system of a battery|energy storage battery} {can be used anywhere|is able to be utilized wherever|can be utilized anywhere} {there is electricity|where electricity is available|where there is electricity}. The {energy storage capacity of|capacity to store energy in|capacity for energy storage of} {a battery varies according to|batteries varies based on|the battery is contingent upon} {how much it is|the amount of energy it's|how often it is} {used|utilized}. The {energy consumed by|amount of energy used by|energy consumption of} {a household is less|households is lower|household members is much less} than {that of an industry|the energy used by an industry|that used by an industrial}. Power{ production|} {plants store energy in|facilities store the energy they produce in|plant stores energy within} {heavy|large|massive} storage containers. This is {known|referred to} {as advanced storage|as
Solar energy is {used primarily|utilized primarily|utilized mostly} {for house heating|to heat homes|for heating homes} {and solar water heaters and|as well as solar water heaters. It|and solar water heaters . It} {can be used to produce|can also be used to create|is also used to make} {chemicals, food|food, chemicals|foods, chemicals}{, heating, and| heating, as well as a| heating, and a} warm greenhouse. Solar energy {can also be|is also} {used to cook and provide|utilized to cook food and supply|used to cook and to provide} {power for|electricity to|energy to} electronic devices.nnSolar photovoltaics are {the|among the|by far the} most {popular solar technology|well-known solar technology used|widely used solar technology} for {home and business|both business and home use|homes and businesses}. They are {used by industry|utilized by industries|employed by industry} {and businesses|and companies|as well as businesses} {to diversify their energy sources|for diversifying their sources of energy|in order to expand their power sources} {and increase|and improve|as well as increase} efficiency.nnSolar energy {can be|is} {an excellent way to reduce|the ideal way to cut down on|great way to lower} {your carbon footprint|the carbon footprint of your home}. It {does not pollute|doesn't pollute|is not a pollutant to} the {environment|surroundings|natural environment}. Solar energy {produces no|does not emit|doesn't emit} greenhouse {gasses and, aside|gases and, apart|gases, and aside} {from the need|from the necessity|of the requirement} {for clean water, consumes|to clean water, uses|for clean water, requires} {no other resources|none of the other resources|nothing else}. Hence, it's safe and environmentally-friendly and since the sun shines a lot in Vegas, you can level the playing field and implement a great strategy for saving on electricity costs when you install a solar system. {Solar system is unquestionably worthwhile|The solar system is definitely worth it|It is certainly worth the investment} {in|when you live in|for} Texas. With 310 {sunny days per|days of sunshine per|sunny days each} {year,|calendar year|the year} Vegas {truly is the|really is|certainly is known as the} Neon Capital of the World. A {series of high-powered installations|number of powerful installations|string of high-powered installation} {will elevate your home's energy|can elevate your home's energy|will take your home's power} system to new {heights|levels|standards}. {They are inexpensive and provide|They're inexpensive and offer|They're affordable and supply} {clean energy to your home|the cleanest energy for your home|green energy to your house} {in|located in|situated in} Texas, NV.nn{Choose the best|Find the most reliable|Select the right} solar installer {for|to begin} your solar {journey|adventure}! {Of course, when you|Naturally, when you|Of course, when} {decide to go solar,|opt to go solar,|choose to go solar} {you want the best|you'll want the most reliable|you're looking for the top} {company for your|business for the|firm for your} {money|investment|budget}. {So, how|How} do you {go about finding|find|choose} the {best|most reliable|right} {company|firm}? {It can be difficult|It isn't easy|It's not easy} to {determine what is|know what's|figure out what's most} {important|essential|crucial} {and what makes|in determining what factors make|as well as what is what make} a {solar company|solar-related company|solar firm} the {best|ideal|perfect} {fit for your requirements|one for your needs|suitable for your needs}. {You can also look|It is also possible to search|You may also search} for {solar equipment and reviews|reviews and solar equipment|solar-related equipment and reviews} of solar {installers to help you|installers to help|companies to help} {make comparisons|to make comparisons|compare the options}.nnTexas Solar Group offers incentives {to solar customers installing|for solar customers who install|to solar customers who have installed} {energy storage systems|the energy storage system|Energy storage units}. As {a leading solar company|the leading solar company|a top solar provider} {in|located in|operating in} Texas, we make the process {simple by providing|easy by offering|straightforward by providing} {the assistance and resources|the support and assistance|all the help and support} {you require at every stage|that you need at each step|you require at each stage}.nnLIFETIME SOLAR TEXASnSOLAR PANELS ARE {A GREAT|AN EXCELLENT|A FANTASTIC} {WAY TO POWER THE|METHOD OF POWERING YOUR|OPTION TO POWER YOUR} HOME {WITH|USING} RENEWABLE ENERGY.nn{Newer models of|The latest models of|Newer} solar panels {have an expected|are expected to have a|come with a} {life expectancy of 40-50|lifespan of between 40 and 50|longevity of 40 to 50} years. They also {come with|have} warranties that {will protect|cover|protect} them for at {least|the very least} {half that period|half of that time|the first half of that time}. {These warranties|They|The warranties} are{ also|} designed to {ensure that the panels perform|make sure that the panels work|ensure that the panels will perform} {well for the second|optimally for the remaining|in the second} {half of their life|part of their lifespan|portion of their lives}.nn{Although solar panels can be|While solar panels are|While solar panels can be} {a great|an excellent} source of {renewable energy|energy that is renewable}{, they only produce| however, they only generate| but they only generate} energy {when the sun shines|when the sun is shining|only when the sun shines}. {A solar battery is|Solar batteries are} {a great|an excellent|the ideal} solution.nnYou can {add|also add|attach} {a solar battery|an solar battery|an electric battery that is solar} {to your solar power|in your solar|for your solar energy} system{ in order|} to store {excess electricity from|any excess electricity generated by|the excess power generated by} {your|the} solar panels.nn{This stored energy can|The stored energy can|This stored energy could} be {used|utilized} to {power your home during|provide power to your home in|supply power to your home during the} {times|periods|moments} when solar panels {aren't producing|don't produce} {enough electricity|enough electricity}.nn{How long can|How long will|What is the length of time} {a solar battery|the battery of a solar panel|an solar battery} last? Solar battery systems {for home|designed for home|for residential} {use last between 5 to|are designed to last between 5 and|use can last from 5 to} 15 years. {It's likely that you will|You're likely to|It is likely that you'll} {need to replace|require replacing|have to replace} your solar battery {in the near future,|in the near future|within the next few years,} {if you|in the event that you|should you decide to} {install a solar panel today|have a solar panel installed today|put up a solar panel now}.nnThis {can contribute to keeping|could help keep|is a factor in keeping} your {appliances and electronics|electronics and appliances|appliances and electronic devices} {operational|functioning|running} {during power outages|in the event of power outages|when power is out}{,| or| and} {cloudy|cloudsy|stormy} days, {rainy afternoons,|rainy afternoons|stormy afternoons} or {at|even at} {night|the night|late at night}. {More than 2|Over 2|There are more than two} {million|millions} Texasns {were affected by|have been affected by|suffered from}{ the|} {current outages|power outages that occurred|blackouts that were in effect} {between 2008 and 2017|between 2008 and 2017}. {Heatwaves and subsequent blackouts|Blackouts and heatwaves|The blackouts that follow} are becoming{ greater and|} more {common|frequent} in Texas {as a result of|due to|because of} {utility negligence and climate change|the negligence of utilities and climate change|environmental change and utility negligence}.nnTexas Solar Group provides affordable installations {at reasonable energy costs|with reasonable energy costs|that are affordable and have reasonable costs for energy}. {To ensure on-time|To ensure timely|In order to ensure prompt} delivery and {high-quality|top-quality|quality} services, {high-quality|only the highest-quality|top-quality} {materials and services are used|materials and services are utilized|products and services are employed}. {Through proper maintenance and after-installation|With proper maintenance and after-installation|By ensuring proper maintenance and post-installation} {support, customers are guaranteed|assistance, customers can be assured of|service, customers are assured} {complete|100%|total} satisfaction. Texas Solar Group provides Commercial Solar Services for Solar Batteries and Solar Panels and {takes pride in employing|is proud of having|takes pride in having} the {best employees and staying|most skilled employees and keeping|most qualified employees and remaining} {up to date on|current with|up-to-date with} the {latest technological developments|most recent technological advancements|latest developments in technology} {in solar energy|regarding solar power|on solar technology}.nnThe panels that {generate|produce|provide} the {power are not|electricity aren't} {guaranteed to last forever|guaranteed to last for a long time|guarantee to last for the duration of time}. {Industry standards are between|The industry standards range from|Standards for industry are between} 25 {and|to} 30 years. {This|That} {means that panels that were|implies that panels|means that panels} {installed in the early days|put in place during the beginning|built in the early years} {of the current|during the|in the present} boom {won't|will not|may not} {last forever|last forever}.nnWhat are the {benefits|advantages} {of|from|that come from} Solar Power?nnSolar power is {free|not a source|completely free} of {pollution and emits|pollutants and releases|pollution and produces} {no greenhouse gasses after it's|no greenhouse gases after being|zero greenhouse gases once it's} installed.n{Reduced|Reduction in|Lower} dependence on{ oil and other|} fossil fuels.n{Clean renewable power|Clean renewable energy|Renewable power that is clean and renewable} is available {all year round|throughout the year}{, even on cloudy days| even on days with cloudy skies| even during cloudy days}.n{There is renewable power that|Renewable power} is always {available|on hand}{, even on| even in| even during} {cloudy days, and it|rainy days. It|clouds, and} {can be used to pay|is able to be utilized|could be employed to pay}{ for|} {power bills, etc|electricity bills, for example|power bills, etc}.nnTexas Solar Group ensures that our {customers receive an expert|customers get a professional|clients receive a skilled} solar installation {for optimal|that is optimized for|to maximize} solar energy {collection|harvesting|capture}.nnSOLAR ENERGY CONTRACTORSnn{While you don't have|Although you do not need|While you don't need} to {be licensed|have a license} to {install solar energy|install solar power|set up solar energy} {systems, there are|system, there are|devices, there's} {many|a number of|several} {areas that require training|areas that require a certain amount of training|fields that require certification}. {It is important that you|It is essential to|It's important to} {read and understand|know|learn and comprehend} the laws {in|of|that govern} your state. If you're a {Tri-state resident|resident of Tri-state|Tri-state citizen}{, you may| it is possible that you will| and you're a Tri-state resident, you'll} {need to become certified|require certification|be required to become certified} {and licensed in all states|as well as licensed across all the states|or licensed by all state}. It {may take some time|could take a while|might take a few months} to {become|be|get} {licensed in your own|certified in your|licensed in your home} state before {you can move|moving|you are able to move} {on to|onto|into} other states. It {can be expensive|could be costly|is expensive} to {obtain|get} {a license|an authorization|the license}.nnIf you're {thinking of|considering|contemplating} {installing a solar power|installing a solar energy|the installation of a solar power} system {to|for|in} your {home|house}{, there are some things| There are a few things| there are some considerations} {that you should|to} {keep in mind|be aware of}. {These are some of the|These are a few|Here are a few} {things to consider when searching|factors to think about when looking|points to take into consideration when looking} for the {best|most reliable|top} US solar energy {company|provider|firm}.nn{Make sure you read|Be sure to read|Check} the {contract for|agreement for|terms of the agreement that govern the} installation of your {energy system before|energy system prior to|system's energy source prior to} {signing|signing it}. {You should read all|It is important to read all|Make sure you read the} {warranties and maintenance agreements|warranty and maintenance contracts|guarantees and agreements for maintenance}. The final price {quote should|quote must|estimate should} be{ received| provided|} in {writing|written form}. {You should read and understand|It is important to read and comprehend|You must read and understand} {all terms and costs|the terms and conditions|all the terms and prices} before {you sign|signing} the contract.nnMinimum {10 percent down payment|10 % down payment|down payment of 10 percent} or $1,000{ This regulation|. This requirement|. This rule} is {set by the|imposed by|mandated by} United States law. The final payment {should not|shouldn't|must not} be made {before|until|prior to the time} the system {is installed|has been installed|is set up} and {properly operates|is operating properly|functioning properly}.nn{Contractors will visit your house|The contractors will visit your home|A team of contractors will visit your residence} to {evaluate your energy consumption|assess your energy usage|determine your energy use} and {future energy needs|the future energy requirements|energy needs in the future}.nn{You should have information|It is important to have the right information|You must have data} {to help you determine|to determine|that will help you decide} the {cost and size|price and size|cost and the size} of {the system you|system that you|your system} {need|require|want}. A {contractor should recommend|professional should suggest|professional contractor will recommend} {a system similar to what|the same system as what|an identical system to the one} you {need|require|want}.nnIt is {important|crucial|essential} to {make sure|ensure|be sure} that the {company|business} {has a good track record|has a solid track record|is reputable} and is {trustworthy|reliable|dependable}. It is {important to ensure|essential to make sure|crucial to ensure} that the {company has|business offers|company offers} {a wide range of|an extensive range of|many} products and services{,|} {as well as strong|and also has a strong|along with a solid} customer {support|service}. Compare prices before making a decision.nnThere are {many|a variety of|numerous} solar energy {companies that offer|companies offering|firms that provide} {different services and products|various products and services|diverse products and services}. {Many companies offer different|Numerous companies offer a variety of|Many of them offer various} {products and services|offerings and solutions|items and offerings}. {Many specialize in installation,|Some specialize in installation|They are mainly focused on installation,} {while others are more focused|while others focus|and others concentrate} on {financing and maintenance|maintenance and financing}. {No matter your needs|Whatever your requirements|Whatever your needs are}{, there is| there's} {a|an} US {company who|firm that|company that} {can help you maximize|can assist you in maximizing|will help you maximize} your investment.nnCOST OF SOLAR IN TEXASnnFor {single-family homes|homes with a single family}{, the average monthly| The average monthly| the monthly average} electric bill {will be approximately|is approximately|is around} $135.00. NV Energy offers residential customers {an equal payment option|the option of paying in equal installments|the option of equal payments}.nn{This means that the|The} {average annual bill of|annual average bill for} {a resident is divided|residents is split|residents is divided} into {12 equal payments|equal installments|12 equal installments}. Texas is seeing residential solar power {grow in|gain|growing in} popularity. {The state ranks|Texas is ranked|It ranks} sixth {in the number|on the list|in the amount} of solar {installations|power installations} {across the country|across the nation|across the country}.nnSolar panels {are made up|consist|are composed} of {individual solar cells that|solar cells which|solar cells that} {are composed of|comprise|consist of} {layers|the layers|layer} of silicon (which {provides the|is the source of|creates the} {negative|positive} charge) and {boron|the boron|Boron}.nnPhotons are {absorbed by solar panels,|captured by solar panels,|taken up by solar panels} which{ in turn| then|} {create|generate|produce} {an electric current|electricity|the electric charge}. {The solar cells absorb the|Solar cells absorb|The solar cells absorb} {energy usage from the sun|sunlight's energy|solar energy} when it shines {on|upon|down on} them.nn{This creates electric charges,|The result is electric charges|This generates electric charges} {which move in response to|that move in response to an|that change in response to the} {an electrical field|electric fields|electricity} {inside|within} the cell. {Electricity then|The electricity then|Then, electricity} flows.nnA solar {installation|panel installation} in Texas {costs on average between|is priced between|cost an average of} $10,668 {and $14,432|to $14,432|and $14.4332}. {A solar panel cost|The cost of a solar panel is|A solar panel costs} {between|in the range of|from} $2.13 {and|to|between $2.13 and} $2.89 on {a per-watt basis|an hourly basis|the basis of watts}.nn{Divide the size of the solar system by the average wattage|The size of your solar array is divided by the average power|Dividing the total size by the average energy} {of each|of every|for each} individual panel to {determine the number|determine the amount|calculate the number} of panels {required to achieve|needed to reach|required for} {a given solar system size|the size of a solar system|an appropriate solar system size} to determine {how many panels|the number of panels that|the amount of panels} are {needed|required}. To {get|calculate|arrive at} 12.5{, divide| Divide| multiply} 4kW (or {4,000|4000|4,400} Watts) by the {wattage|power|energy} {of each|for each individual|that each} panel.nnTexas solar panel installation is {well worth the investment|worth the cost|definitely worth the money}. {You will see a substantial|You can expect a significant|There will be a huge} {drop in your energy bills|reduction in your energy costs|decrease in your energy costs} {if|when|in the event that} {you have solar panels installed|you install solar panels|you've got solar panels installed}.nnSolar panels {can reduce|can cut|could cut down} the {monthly electric bill|cost of electricity per month|electric bill for a month} by {up to|as much as} 100{ percent for residents|% for those living in the city| percent to residents} {of|living in} Texas, who have an average {power|monthly power|electricity} {bill of 117 USD|bill of 117 dollars|bill of 117 USD}.nn{However, if|If|But, if} you {think about|look at|consider} it {in terms of a|as a|in terms of} {return on your|return on|profit on your} investment, you {may|could|might} {see returns of seven to|get returns of 7 to|receive returns of between seven and} 10 percent. {You can also|Additionally, you can|It is also possible to} {take advantage of|benefit from|make use of} {the|tax credits like the|this} Federal Solar Tax Credit to {recoup a percentage of the|get a portion of the|recover a portion of} total {system costs|cost of the system|costs of your system}. Average Installationnn{Costs for|Prices for|The cost of} Photovoltaic Systems (2019) System Size Per Watt {Less|less|Lower} {than 25 kW|Than 25kW|that 25 kW} $4.05 25.001-500 {kW|500 -|5 kW} $4.24 Warranty {&|and} {Expected Life Typically,|The expected life typically,|Estimated Life typically} {warranties on|warranties for|the warranties on} solar panels {range|vary|are} between 20 {and|to} 25 years.nn{Is there a|Are there|Does Texas have a} solar tax credit {in|for|available in} Texas? {Although|While|Even though} Texas {does not have|is not able to offer|doesn't have} {its own tax credit, residents|an individual tax credit for residents, those|the tax credits of its own, citizens} {of|in} Texas can still qualify for the Federal Solar Tax Credit.nn{Furthermore, if you are|Additionally, if you're|In addition, if} {living|located|resident} in Texas and {decide|choose|you decide} to {go solar, you may|go solar, you could|switch to solar power, you may} {be eligible for additional|be eligible for other|get additional} {benefits from your utility|advantages from the utility|incentives from your electric} {company,|provider,|company} {like net metering and|such as net metering or|including net metering and} solar incentives.nn{What is Texas Solar Group's|How does Texas Solar Group operate its|What's Texas Solar's} {net metering|net-metering} policy? {The state of|Texas is a state in|It is the state's policy that} Texas {offers|provides} {its own solar incentives|the solar incentive of its own|their own incentives for solar} {through|under|via} {a program known as|the program called|an initiative known as} net {metering|meters}.nnNet metering {allows you to|lets you|permits you to} sell {any excess electricity generated|the excess electricity generated|any excess electricity produced} {by your solar panels back|by solar panels back|from your solar panels} to {your|the} utility company. {The reduction in utility bills|Reduced utility costs|A reduction in utility bills} is the {most significant|primary|main} {benefit of net metering for|benefit of net metering to|advantage of net metering for} solar {homeowners|homeowners}.nnNet metering {can save you|could save you|can help you save} {tens of|hundreds of|many} {thousands of dollars over|hundreds of dollars in|millions of dollars during} the {life|lifetime|course} {of your solar panel system|the solar panels you have installed|of the system}.nnTexas Solar Group {provides|offers|is a provider of} {installation of solar energy|the installation of solar energy|installation of solar power} and has been {serving|providing services to|providing solar energy to} {the|customers in the|residents of the} Texas, Texas community for {over|more than} 30 years. {Once you choose our company|When you select our company|If you decide to choose our firm} {for your solar electricity needs|to provide your electricity from solar|to supply your electrical needs from solar}{, you can be assured| you'll be able to rest assured| and you'll know} that you're {receiving a great|getting a good|getting the best} {deal|bargain}.nn{Overall|In general}{,|| the} solar {energy storage batteries|storage batteries for energy storage|battery storage for energy} for families are {essential for|crucial to|vital to} {providing continuous renewable energy|giving continuous energy from renewable sources|providing constant renewable energy} {to|for} {homes|houses} of {all sizes|any size}. {However, given how high|But, considering how expensive|In light of how costly} {energy bills can be|costs for energy can be|cost of energy} for {large homes|larger homes|homes with large areas}{, we recommend| We recommend| we suggest} {adding an additional battery backup|adding a battery backup|including a backup battery} {to your system|for your home|in your setup}, {whether|regardless of whether|no matter if} {you already have one|there is one already in place|it's already there} or {plan|are planning|you plan} to {get|purchase|buy} one in the {future|near future}.nnIt is also {advised|recommended} to {purchase|buy|invest in} {an additional solar water|another solar-powered water|an extra solar} heater. If {you want|you are looking|you're looking} {to upgrade your system|improve your systems|change your setup} {to include|to incorporate|with} {a battery|batteries for|an additional battery} backup, {you can schedule|you can arrange|it is possible to schedule} {a consultation|an appointment} with solar energy {consultants|experts|specialists} and {get a free|receive a no-cost|receive a free} estimate{ and ways| as well as ways|, as well as strategies} to {save money and lower|reduce costs and|save money and reduce} {cost savings|costs}. {We will be happy|We'll be glad|We'll be more than happy} to {discuss the whole|go over the entire|talk about the entire} {process and provide a free|procedure and give you a no-cost|procedure and offer a free} {quote|estimate}. It's {never a bad|always a good} idea to {have a backup!|have a backupplan!|keep a backup!}
SOLAR HEATING SYSTEMnn{Solar water heaters,|The solar water heaters are|These solar-powered water heaters} also {known|referred to} {as solar hot water systems|by the name solar hot water system|in the field of solar hot water systems}{,|} {can be cost-effective ways|are cost-effective options|are an efficient way} to {heat|warm|provide heat to} your home. {They are|They're|They're completely} {free to use|available for use|accessible} in {all climates,|any climate,|any climate} and they {burn no fuel|do not burn any fuel|don't burn any fuel}.nn{Storage tanks and solar collectors|Solar collectors and storage tanks} are two {types|kinds|different types} {of solar water heating systems|of water heaters that are solar powered|in solar heating system}. There are two {types:|kinds:|typesof solar water heating systems:} {passive and active|active and passive} {solar water heating systems|system for solar heating|energy-efficient solar systems for water heating}. {Passive systems have no|Active systems do not have any|Passive systems are without} {controls and circulating pumps|control and circulators|controls or circulating pumps}.nnSOLAR COLLECTORS AND STORAGE TANKSnn{Solar water heating system needs|The solar water heating system requires} {a well-insulated storage container|an adequately insulated storage container|storage containers that are well-insulated}. {The collector is connected to the solar storage tank|It is linked to the storage tank for solar energy|This collector connects to the solar tank} {via|through|by} an {additional outlet or inlet|additional outlet or an inlet|extra outlet or inlet}.nn{The solar heating system heats|Solar heating systems heat|This solar system is used to heat} {water|the water} {before it is|prior to it being} heated in {two-tank|two tank} systems. The solar storage {is|system is|unit is} {combined|coupled|integrated} with the {back-up heater in|back-up heater to form|heater that backs it up in} {a single tank for one-tank|one tank for single-tank|the same tank in one-tank} systems.nnSOLAR HOT WATER SYSTEM INSTALLATIONnn{Understanding the requirements and installation|Knowing the installation requirements and|Understanding the installation and requirements} {process is key to understanding|procedure is essential to understand|process is crucial to comprehend} {how solar hot water works|the way solar hot water functions|the solar hot water system} {in|within|inside} your home. It is {crucial to hire|essential to employ|important to engage} {a professional installer to ensure|an experienced installer to ensure|an expert installer to make sure} {that your solar hot water system is|the solar hot water systems are|you have your solar hot-water system} {properly|correctly} {set up|installed}.nnSIX STEPS TO INSTALLING SOLAR HOT WATERn{Install solar collectors on your|Set up solar panels on the|Put solar solar collectors up on your} {rooftop|roof} {- For most|In the case of most|for the majority of} solar {hot water systems|hot water system|water heaters}, the {first|initial} {thing you should do is|step is to|thing to do is} {place the solar collectors on|put the solar collectors on|install the solar collectors onto} the roof. {Solar hot water collectors|The solar hot water collection systems|Collectors for hot water from solar} {look|appear} {similar to photovoltaic panels|like photovoltaic panels,|like photovoltaic panels} and {will also lay|can also be laid|also lie} flat on {your|the} roof. {To properly mount the collectors|In order to properly install the collectors,|For proper mounting of the collectors} {your installer might need|the installer may need|your installer may have} {to remove some of the|to take off some of the|remove some} {roof shingling to expose|roofing shingles to expose|roof shingling , which exposes} the {flat tar paper|tar paper flat|flat tar sheet} {that protects|which protects|which covers} {your roof deck and|the roof deck and|the roof deck as well as the} shingles. {Once you have found|After you've found|When you've located} or {created a suitable surface|constructed a suitable surface|found a suitable area}{, the collectors| that is suitable for the collectors, they| where the collectors} {can be moved into place|can be moved to the desired location|are able to be moved} and then screwed {into the|into|onto the} roof deck {and the underlying|as well as the underlying|and beneath the} {rafters|roof rafters|decking}.nInstall {storage tanks and heat exchangers|heat exchangers and storage tanks} {- Your collectors will need|The collectors will require|Your collectors will require} {a storage tank to store|an storage tank to hold|storage tanks to store} their heated {antifreeze transfer liquid|liquid for antifreeze transfer|liquid antifreeze}. The {largest|most important|main} {component of a solar hot-water|element of a solar hot water|part of a solar hot-water} {system is the storage tank|installation is the tank for storage|device is the storage tank} {and|as well as} heat exchanger. {They are typically located|They're typically|They're usually located} in {a basement,|the basement|the basement,} or {utility|in a utility} closet. {There they can be accessed|They can be reached|These can be accessed} {by antifreeze tubing and|through antifreeze tubing as well as|via antifreeze tubing or} water lines. {This is the replacement|It is the alternative|The replacement} {step|process|procedure} for{ a| the|} {gas-powered water|propane-powered|gasoline-powered water} heater. {Depending on your home's size|Based on the size of your home|Depending on the size of your house} and {water consumption|the amount of water you use|the water usage}{, you can install| it is possible to install| you are able to set up} {as many storage tanks as|the amount of storage tanks|as many tanks for storage as} you {need|require}. {This is also when|Also,|It is also the time when} you'll {need to install|require|have to put in} {a backup tank that can|an additional tank that could|an emergency tank that can} {be powered by electricity|run on electricity|operate on electric power}{,|} or gas{ in case|, in the event that| in the event} {you run out of|you're running out of|you're not able to get} hot water.nInstall piping systems {to transfer|for the transfer of|that transfer} fluid{ - Your|. Your|. The} {installer will run|contractor will connect|installation technician will install} flexible {pipe|pipes} from your roof {to your|to the|up to your} {new tank or tanks|brand new tanks or tank|newly constructed tank, or tanks} {to connect|that connect|for connecting} your {collectors and heat exchanger|heat exchanger and collector|heat exchangers and collectors}. Antifreeze {fluid flows from|fluid flows through|liquid flows from} {one pipe to the|an individual pipe towards the|another pipe, to} collectors{ and|, and| before flowing} {down to the heat exchanging|through to the heat exchanger|back to the heat exchanger} unit. {A second line will be|A second line is|Another line will be} {added|connected} {to the heat exchanger's end|to the heat exchanger's side|at the end of the heat exchanger} {to allow fluid to|so that the fluid can|to allow the fluid to} be {cycled|circulated}. {Additional pipes will be required|The additional pipes are required|Further pipes will be needed} to connect {multiple|several|the} collectors. {Access to your roof|The roof's access|A roof access point} is {required|needed} {to install these antifreeze|for the installation of these antifreeze|to connect these} pipes. {This will usually mean drilling|It is usually necessary to drill|This usually means drilling} two holes {in|into} the deck{:|,} one {for the|to accommodate the|hole for} antifreeze {piping|pipe|pipes} and {one for the|the other for} return {piping|pipe|pipes}. {These holes do not need|The holes don't have|These holes do not have} to be {bigger|larger|any larger} than the {pipe diameter and|diameter of the pipe and|pipe's diameter. They} {can be|are} easily covered {with insulation material|with insulation|by insulation material} or replacement shingles {once|after|when} the installation is {complete|completed}.nInstall water {transport pipes -|pipes for transport -|transport pipes} {Just like antifreeze fluids,|Similar to antifreeze fluids,|Like antifreeze fluids} water {must be circulated|needs to be circulated|has to circulate} {through your solar hot water system|via your hot solar system|by your solar hot water systems}. Copper {piping is|pipes are} {used to run water transport|used to connect water transport|utilized to transport water} lines from {your|the} storage tank {to your home|to your house|and your home}. {Most likely, your home|Most likely, your house|It is likely that your house} already has{ the necessary| the|} {water distribution lines|distribution lines for water}. {Your installer will only|The installer will|Your installer will just} {need to disconnect|have to disengage|require to shut off} {your old|the old|your} {hot water system and connect it to the new storage tank|hot water heater and hook it up to the storage tank|hot-water system, and then connect the tank to the brand new one} {and|as well as} backup system.nnImportant{ side|} note: {You will need|You'll need|You'll have} to {consider|think about|take into consideration} {the backup hot water infrastructure|your backup infrastructure for hot water|an alternative hot water system}. {Proper wiring is required|A proper wiring system is needed|It is essential to have a proper wiring plan} {if your backup water heater|for backup water heaters if it|in the event that your backup water heater} is {an electric one|electric}. {A gas line must|Gas lines must|A gas line needs to} be {installed|connected} {to the backup tank|into the tank that will be used as a backup|in the back tank} {if you intend|in case you plan|if you want} to {use|make use of} gas to {back up|power|backup} {your solar hot water|the solar water heater|to your solar hot water}.nnInstall control systems{ -|.} Two temperature sensors {must|should|need to} be {connected to wiring|wired|connected to wires} and {placed|installed} {along your|on the|in the} {hot water line|hot water lines|hot-water line}. One sensor {should connect|must be connected|should be connected} to your collectors{ and one|, and the other| and the other} to {your storage tank's base|the base of your storage tank}. {These devices will be|The sensors will be|These sensors are} {connected to the central control system|linked to your central system of control|attached to the control central} {to|in order to|that will} {provide guidance about|give guidance on|guide you on} {when antifreeze fluid should|the time when antifreeze liquid should|when antifreeze fluid needs to} be circulated. If the temperature {at|of} the collectors {falls below|is lower than|drops below} {the temperature of the tank|that of the tank temperature|what the water tank's temperature is}, {it is|it's} not {necessary to circulate|required to circulate the} fluid. {In fact, this will|Actually, this can|In reality, this will} {cool|chill|reduce the temperature of} your water.Also{, a| the| it is necessary to have a} central control system {must|needs to|has to} be connected to {the|your} {home's electricity supply|electrical supply to your home|power supply of your home}. {This device is|The device acts as|The central control system is} the {brain|central part|heart} of {your|the} solar {hot water system|water heater|hot water heating system}{,|} {and will allow|and allows|which will permit} you to {pump antifreeze using|circulate antifreeze based on|run antifreeze by using} the {data it receives|information it gathers|information it receives}.nInsulate the system {- Once|- After|once} {everything is in place|all is set|everything is installed}{, insulate every part| Insulate all the parts| Insulate all parts} {of any solar hot water|that is a solar hot water|in any solar hot-water} {job|system|installation}. The installer will {seal|cover|wrap} {all connections and plug any|every connection and plug any|all connections and plug} {holes in the roof|gaps in your roof|openings in the roofing}. It is {essential to properly|crucial to correctly|vital to properly} {insulate your system|to insulate your system|protect your system}.nn{Although|While} {no two|there are no|not all} solar {hot water systems|hot water heaters|water heating systems} {are|for solar are} {identical, these|alike, these|identical, here} are the {steps that most|guidelines that most|most common steps} contractors{ will|} {follow when installing them|adhere to when installing them|be following when installing them}.nn{These six steps are intended|The six steps listed below are designed|These six steps are meant} to {give an|provide a general|provide an} {overview of the process of|overview of the procedure for|outline of the process for} {installing|setting up|the installation of} solar hot water {systems|systems}.nnThey {do not reflect|don't reflect|are not a reflection of} {every installer's exact path|the exact route taken by each installer|the exact installation path of every installer}. {These steps will explain how|These steps will show you how|This guide will outline the steps} to {install|set up} an {indirect or active|active or indirect} solar {hot water system|water heater|hot water heating system}. {Many|A lot of|The majority of} {systems|installations|hot water systems that are installed} {in|are in use throughout|located in} the United States are indirect, active systems, {although|but|however,} not {all|all of them|all}.nnWARRANTY FOR SOLAR HOT WATERnn{Solar hot water components|The components for solar hot water|Solar hot water systems} {come with|are covered by|have} warranties{, just like| just like|, similar to} solar photovoltaic {devices|systems|units}. Before {installing|you install} {any solar hot water system,|the solar hot water systems,|an solar hot-water system} {make|be} sure {you understand|you are aware of|that you know} the {warranty terms|terms of warranty|terms of the warranty}. The warranty {on higher quality|for higher-end|on better quality} solar {hot water systems|water heaters|systems for hot water} {usually|typically|generally} {matches the price|is the same as the cost|will be the same price as the purchase}. {While most|Although most|While the majority of} warranties {cover repairs or replacements of|provide repairs or replacements for|include repairs or replacements for} defective {parts, it is|components, it's|parts, it's} {important to double-check|essential to check|crucial to double-check} with your installer {and manufacturer|and the manufacturer|as well as the manufacturer} to {confirm what they are|determine what is|verify what's} {covered|and what they cover|included}.nnSUPPLIER OF SOLAR THERMAL SYSTEMSnn{A solar|The solar|Solar} hot water {system heats|heater heats|system is a hot water system that heats} water {by utilizing the energy|using the energy|by harnessing the power} {of the sun|from the sun|that the sun provides}. {When there is not|If there isn't|In the event that there isn't} enough sunlight to {heat|warm|fully heat} the water {completely|to a complete degree}{, as a backup| in the event of a power outage| as a backup plan}{, an| the| an} {electric booster will be|electric booster is|electrical booster will be} activated. Solar hot water {does not|doesn't} {generate electricity and only heat|produce electricity, but it does heat|generate electricity but only heats} {water|water}.nnIt is {important to note|crucial to remember|vital to know} that solar {hot water manufacturers|hot water producers|hot-water manufacturers} {usually sell|typically sell their products|typically sell} {to local installers|locally-based installers|directly to installers in the local area}. {These installers will often|Installers will typically|Installers typically} receive {training, support and|support, training and|training, support , and} {guidance|advice|direction} directly from the {solar industry manufacturer|manufacturer of solar products|solar industry's manufacturer}.nn{This can be|It could be|This could include} {anyone from local companies|any local company|any of the local businesses} {that also works|who also work|that also deal} {with solar hot water installation|in conjunction with solar hot water installations|on solar hot water installations} to {dedicated solar hot water companies|specific solar hot water companies|dedicated solar hot water firms}. {They may also be|These could also include|It could also be} {plumbers or electricians in some|electricians or plumbers in certain|electricians or plumbers in some} {cases|instances|situations}.nnLA Solar Group is one of the {leading quality|top quality|most reputable} solar heating systems {manufacturers worldwide|makers in the world|producers worldwide}. We {offer the best|provide the top|offer the most efficient} {flat plate|flat-plate|flat} solar collectors{ and| as well as|,} solar thermal collectors{ as well as|, as well as| along with} flat plate collectors{ options|| that are suitable} for {residential and commercial customers|commercial and residential customers}.nnLA Solar Group has long been a {market leader in|leader in the market for|market leader for} solar thermal collectors {and solar|as well as solar|and} {thermal collector components|component parts for thermal collectors|elements for the thermal collector}. LA Solar Group products are {made to the highest standards|manufactured to the highest quality|constructed to the highest standard}{, with the roughest| and are designed with the toughest| that are built with the most challenging} {environmental factors and climates|conditions and environmental elements|environment and climates} in mind.nnLA Solar Group is the {corporation's most reputable company in|largest and most trusted company of the corporation in|leading company of the company's} solar heating solutions {for residential|for both residential|designed for residential} {and business use|and commercial use|as well as commercial usage}. They are {well-known for their long-lasting|well-known for their lasting|renowned for their long-lasting} {durability, high performance,|endurance, superior performance|reliability, performance,} and {elegant|stylish|beautiful} design.nnLA Solar Group is a {global leader in|world leader in the field of|worldwide leader in} {technology for renewable energy|the field of renewable energy technology|technologies for sustainable energy}{ with|. It has|. They have} more United {nations security council system|Nations Security Council system|nations security council} {options than any other company|alternatives than the other companies|choices than other businesses}.nn{Although|While|Though} {all solar thermal collectors|every solar thermal collector} {can be extremely|are extremely|are highly} {efficient, not every|effective, no|efficacious, only a few} {collector|one} is {the best|ideal|suitable} for the {job|task}. LA Solar Group produces two of the most efficient solar thermal collectors{ available| on the market|}{, each with different applications| and each has different uses| that have different applications} {of renewable energy technology|in renewable power technology|that utilize renewable energy technologies}.nn{Although|While|Even though} {the most efficient collector is|an efficient solar collector can be|one of the best collectors is} {a sought-after product|sought-after}{, it can also cause| however, it could also lead to| but it is also prone to} {stagnation and overheating, which|overheating and stagnation, which|overheating and stagnation that} {can lead to|could cause|can cause} system {damage|failure}. {You want to choose|It is important to select|You should select} {a solar thermal systems|the solar thermal system} collector {with the highest efficiency|that is the most efficient|that has the best efficiency} {for your application|for your needs|to suit your needs}.nn{Many manufacturers make|Numerous manufacturers offer|Many companies make} {complete systems and individual|whole systems and|complete systems as well as individual} {components for solar hot water|elements for solar hot water|parts for solar hot-water} {installations|systems}. There {is no one dominant|isn't a single dominant|isn't one major} {manufacturer of solar hot water|producer of solar hot water|manufacturer of solar hot water}.nn{Instead, there are many|There are a variety of|In addition, there are numerous} solar hot water {companies|firms} {that produce quality|which produce high-quality|that manufacture high-quality} products and {develop innovative technology|create innovative technology|are developing innovative technologies}. {Solar hot water|The solar hot water system|Hot water from solar} is{ very|} {affordable and alternative energy|inexpensive and a renewable energy source|economical and an alternative source of energy} that America {can benefit from|can profit from|could benefit from}.nnLA Solar Group is trusted by {engineers, mechanical contractors|mechanical contractors, engineers} and {building owners around|building owners across|property owners all over} {the globe|the world|all over the world}. LA Solar Group has the {ability to solve|capability to resolve} {any water heating problem|any issue with water heating,|every water heating issue} regardless of{ industry,| the industry,|} {fuel source or application|the fuel source, or the application|fuel source or use}.nnLA Solar Group has installations in more than 30 countries{ and|, and|. It} is a {key|major} {player in the global|player in the|participant in the global} {solar hot water manufacturing industry|manufacturing of solar hot water}. LA Solar Group offers both flat plate {and|collectors and|collectors as well as} evacuated tube collectors{ and sells|, and also sells| as well as} {all components of a|the entire|the entirety of a} solar {hot water system|hot water systems|hot-water system}.nnWe {supply and manufacture|manufacture and supply|offer and manufacture} {complete solar hot water systems|whole solar hot water system|entire solar hot water heating systems}{ that| for solar that|. They} {use|utilize|make use of} {flat plate solar collector technology|the flat-plate solar collector|Flat plate solar collectors}{ and|. They} are {available in direct and indirect|available in indirect and direct|offered in indirect and direct} configurations. {In addition to|Alongside|Apart from} solar hot{,| water,} LA Solar Group supplies entire solar pool heating systems.nnYou {can|will} {save money|reduce your expenses} {by using less energy|through using less electricity|with less use of energy} {at|for|to} work. You {can achieve the best|will get the highest|can get the best} {performance and lowest|performance and the lowest|efficiency and least} maintenance {when you choose|costs when you select|costs when you choose} the {right solution to|best solution for|correct solution for} {your solar heating|the solar heat|you solar heater} project.nnWe {ensure that your|will ensure that the|make sure that your} {design meets or exceeds|design is in line with or exceeds|project is completed to} your expectations{ and that|, and that| and} {the project is cost-effective|the project is affordable|your project is cost effective}. AET (Alternate {Energy|Technologies for Energy)} Technologies)'s commercial products {can be|are} installed by {well-trained professionals|trained professionals|highly-trained experts}.nn{They are available in|The systems are offered in both|These are also available as} drain back {or|and} glycol {designs|models|styles}. {AET's commercial systems are|Commercial systems from AET are|The commercial system of AET is} the {perfect|ideal|best} solution for {any project|every project|any job}{, no matter how big| regardless of how large| regardless of size} or {small|small}.nn{To learn more|For more information|To find out more} {about our system|regarding our technology|concerning our systems},{ you can| click here to|} {interact|chat|communicate} live with {a|the|an} LA Solar Group thermal installation.nnWe will {stay in touch|be in contact|keep in touch} until you are {satisfied|completely satisfied|happy}. {For a quote,|If you need a quote|To request a quote,} or {questions about|to inquire about|any questions regarding} solar {hot water controllers,|hot water heaters|water hot-water controllers}{ please|} {contact|get in touch with|reach} us. {We look|We are looking|We're looking} {forward to hearing|to hear|to hearing} from you!
CAN A TESLA POWERWALL 2 RUN AN AIR CONDITIONERnPOWERWALL 2 USES THE SAME BATTERY CELLS AS THE TESLA POWERWALLnnIn fact, itu2019s made of those very lithium-ion battery cells that power all Teslas.nnBut what separates the home energy storage system from your phone or laptop is its inverter. The computer inside reads the voltage levels of the batteries and switches them into juice that can run a house load such as an air conditioner or a hot plate.nnResearchers at Stanford demonstrated a similar project in 2015, but they used off-the-shelf components instead of custom-made hardware. They built a wireless sensor network that tracked peopleu2019s electric usage across multiple devices. By predicting peak demand and swapping out underused items for on-demand resources, the team was able to cut down on monthly bills by more than 40 percent.nnThe only difference between their method and Stanfordu2019s DIY approach is that they relied on utility electricity instead of creating their own power source. However, this means youu2019ll pay less for your energy too.nnPOWERWALL 2 HAS A BUILT-IN FANnnThere is one feature that can save some additional cost over having another external unit, and thatu2019s using the powerwall as a source of cooling for your room.nnThere are two ways to use it; you can either run an AC compressor or install a heat pump in your winter climate. But once you have the powerwall, you will also need a charger, so keep that in mind when choosing a location.nnIf you do not have access to national grid electricity, there are parts of Britain where this setup makes sense. Additionally, if you live somewhere with very hot summers, running an air conditioner can be desirable.nnIt depends how much money you want to spend, but both configurations discussed below can be done at a fraction of the price of a standalone installation. You could even combine several cars together for this purpose (if you have enough miles to justify it).nnPOWERWALL 2 HAS NO INTERNAL POWER-GENERATING CIRCUITRYnnThis means that if you want to run your AC unit, youu2019ll need to install a whole-house or room air conditioner (A/C).nnThere are two basic types of A/Cs: window units and portable units. Window units are housed in cabinets that replace your windows. They connect to your homeu2019s electrical system, so they can use electricity from whatever source you hook them up with.nnPortable units are just that u2014 they are mobile versions of the window unit design. These are often rented when you have large gatherings and donu2019t have space for a full-sized house.nnBoth require a lot of energy to operate, but budget accordingly when shopping for one. Also consider whether any friends or family members might benefit from having one too. Itu2019s easy to find something that will suit everyone.nnRead online reviews and ask other homeowners what systems like a A/C they installed. Do some research and make an informed decision.nnTESLA POWERWALL 2 INSTALLATION LOS ANGELESnnEven though the Powerwall 2 has lots of battery capacity, it doesnu2019t actually power anything. It was designed to provide power when the grid goes down for an extended period. To operate as a mobile lifestyle device, you would need another piece of hardware, like a relay.nnThe unit is very efficient at doing this because it only sends small amounts of power out (about half the amount used by standard devices) so in terms of efficiency, no one needs to worry about it not being profitable.nnHowever, if you are concerned about the environment, there are other ways to go about powering your electronics that avoid sending electricity back into the network. Examples include heat pumps and photovoltaics.nnIt also depends how much time you want to spend charging the batteries. With a central generation source like solar energy, you can leave the panels up while the sun provides, but with combustion engines, you have pay to keep them running around the clock.nnAn electric vehicle requires little maintenance and minimal fuel consumption, especially if the vehicle is equipped with regenerative braking and suitable driving habits. These types of vehicles produce lower levels of pollution and impact on global warming than traditional gas-powered cars.nnPOWERWALL 2 CAN STORE ONLY 240V OF ELECTRICITYnnA typical home has three or four electric circuits, each serving a different type of equipment. The power panel controls one or more shared electrical generators connected to the utility grid.nnWhen too much voltage is demanded from the overhead lines, the generator switches off by pushing electrons back onto the net at your house. At peak demand times, you may have difficulty finding bodies that are willing to pay for this.nnThatu2019s when storage batteries come into their own. Battery systems in cars provide crucial range far beyond what was once thought possible. And as we reported last year, Tesla showed how effective they could be in a residential setting with its Powerwall battery system.nnNow Panasonic has responded with its version, the Powerwall 2. It boasts even longer life-cycles than the original car battery (but with the same shortcomings). And just like the first model, it offers price concessions if you buy them as part of a bundle.nnPanasonic says the wall plate fits up to 10 lithium ion cells of 214 Ah each. That would put the total capacity of the battery pack at 42 kW hours, which should enough energy to run a cold night without any useable heat coming from the wall socket.nnAnd with all the room available inside the flat metal box, there should never be a shortage of space. Thereu2019s no external visual indicator need concern yourself about charging cables and USB plugs. Just plug in the device when you wire in yournnPOWERWALL 2 CAN BE USED IN A GRID-CONNECTED OR SELF-CONTAINED CONFIGURATIONnnThe Powerwall 2 is housed in a 6-foot (1,814-mm) rectangular enclosure that connects to an indoor electrical socket via an adapter. You plug the adapter pin into the external port on your homeu2019s breaker box.nnA single device can serve multiple functions by simply connecting it to two different outlets u00a0.. It can run an air conditioner or heater while also providing power for other appliances.nnThe built-in rechargeable battery offers up to 10 hours of backup power before requiring its next charge. When paired with a smartphone app, the system becomes even more flexible.nnYou can operate the whole shebang from anywhere around the world thanks to the internet connectivity provided by both the smartphone and/or tablet application.nnPOWERWALL 2 COMES WITH A 10-YEAR WARRANTYnnA lot of people get stuck using their air conditioners during July and August, which is when they need it most. By adding a home battery package from Tesla, you can smooth out your power usage throughout the rest of the year.nnIf you add a few more batteries to your system, you can also save money by not having to pay for expensive electricity while you're not using it. Your batteries will slowly charge over time, so there's no rush to use all of your rooms.nnConsider investing in other products from Tesla that help improve energy efficiency, such as one of the kits for connecting smart devices to create a whole house setup. You can also check out this guide about how to calculate energy savings.
Solar power systems are a great option for homeowners who want to lower their electric bills and reduce their carbon footprints. They can also have higher home values. These benefits come with substantial installation and maintenance expenses, and the magnitude and extent of the gains may vary from one house to the next.nnHowever, there are tools that can help. LA Solar Group offers a calculator that quickly shows you the costs and savings associated with a solar power system. It is available in all 50 states. If you're new to solar energy or want to learn more about the cost model, calculators like these are a great place to start.nnThe size of your system is also important. The theoretical electrical output potential of a solar panel is expressed in watts. The
Solar is an ideal solution to vitally cut down your electricity bills. However, when the sun goes down and solar stops producing energy, you still rely on the grid. This means that you still have to pay electricity bills after solar panel installation.u00a0
Rolling blackouts are considered to be a planned and controlled phenomenon, hence they are qualified as normal; the new normal. As pre-planned as they can be, rolling blackouts are irritating, troublesome and can even damage your home appliances. The latter more commonly happens when there is a surge, that is, when the power comes back at a higher voltage or when the voltage is lower than usual.u00a0nnBecause of the abovementioned troubles that power outages may result, these rolling blackouts irritate California neighborhoods.u00a0nnLet's understand what results in such an intimidating phenomenon as California Rolling Blackouts are.nnCalifornia gives a going-over to why in 2021 rolling blackouts happened regularly and if this will continue.u00a0nnTHE HOTTER, THE MORE BLACKOUTSnnClimate change is a severe problem, and we currently feel its perilous upshots. Intense heatwaves conditioned by global warming have led to California Rolling Blackouts.nnIn 2020, for example, it was the hottest summer for the first time in 30 years. California power greed couldn't carry that with the growing electricity demand; thus, the energy supply failed, resulting in frequent power outages.nnAs serious as this may seem, preventing rolling blackouts could be possible if the energy estimations and assumptions have been carried out considering the global warming and heat waves entailed to it. These inadequate estimations are masked as rolling blackouts to balance the electricity needs of LA. Anyhow, as Napoleon says,
Selling and buying properties require a detail-oriented approach, especially for homebuyers who need to compare home facilities with the suggested price. When it comes to selling your house, owning a solar system is merit. Here is what recent studies show. Real estates with solar systems have higher and faster buying rates than those without. Being such an accelerator to sell your property, solar homes also have nuances that require attention especially when it comes to the ownership transfer of the solar system.nnLET'S DISCUSS THE POSSIBLE SCENARIOS OF SELLING A SOLAR HOUSEnnnSelling a house with owned solar panels is the easiest and smoothest case. Homeowners simply add at least $ 15.000u00a0 to the house cost of the obtained systems to the original house price. It follows that buying a house with owned solar panels may be more expensive, but that's a cost worth it. The new homeowners significantly reduce their electricity bill or make it almost zero, that's why buyers are inclined to look for solar homes.nnYou sell your house with a system obtained power purchase agreement. What's next?nnAny action that includes paperwork and credit obligation requires detailed observation; that's why we have made a small guide on transferring a solar agreement.nnOWNERSHIP TRANSFER OF SOLAR SYSTEM OBTAINED THROUGH LEASEnnIf the homeowner has acquired the system through lease, and they must pay the monthly loan of the system, there are the following options:nnPay the rest of the sum and own the panelsnTransfer the contract to the new homeownersnRemove the panels and take them to their new homennIf you choose to pay the rest of the contract fee, you own the system. Consequently, the valuennof your house is increased with the price you paid for the solar. However, if you are not willing to pay the rest of the fee, the homeowner can take your lease credit. In this case, the new homeowner can either pay the fee on a monthly basis or pay the remaining sum of the lease and own the system. In both cases, the homebuyer receives an ownership transfer form to fill and sign. Then the attached credit application is sent back to the solar company for a credit check. The new homeowner can take over the payments if credit is good, and the company will send the lease transfer. Both seller and buyer should sign the form. Then a new ACH form needs to be signed by the new homeowner for a charge.nnIn the end, if none of this works, you can either terminate the contract and have the panels removed or take them with you to your new house. However, taking your system to your new home and reinstalling is probably the most inconvenient option to choose both for the homeowner and homebuyer.nnFirst, not all companies have this option in their lease or PPA terms and conditions.nnSecondly, since your original house is already registered as a solar house, the homebuyers must receive a new interconnection approval from the utility. This requires additional paperwork and time and maybe a real headache, especially when the homebuyers do not lack paperwork. Thus, relocating the panels is not a win-win situation for anyone.nnSELLING THE HOUSE WITH A PREPAID PPAnnIf you have obtained the system through a prepaid power purchase agreement, you do not receive ownership of the system because a third party owns it. You receive access to the portal when you can check the production of your system. Additionally, you do not need to pay for your panels because prepaid PPA supposes the upfront payment of your solar system production.nnIf the homebuyer refuses to buy the house with solar the homeowner can relocate it to their new house, but things are a bit complicated here.nnThe reason is that the upfront cost of panels is estimated on account of the solar system production. In your new house, the production may vary depending on the house and roof size, geographical and climatic condition, roof type and other factors. Hence the financial terms of the PPA contract would be validated.nnThis complicated procedure is one of the reasons why removing and reinstalling the panels to a new house is not a common practice.nnTo sum up, most solar companies are flexible in various aspects. This flexibility refers to the financing option that they give and the further actions that are allowed after switching to one of these options.nnWith the rapid growth of green energy, moving into a home with a solar system makes up a dream home. While selling a house with owned panels is an easy task, you have more things to consider when the system is obtained through lease or PPA. Homeowners can either buy the system before selling the house or transfer ownership to the homebuyers. One thing is for sure; solar is an asset that every modern family needs to save up money and be safe during outages or rolling blackouts.