LA Solar Group

What is Solar Energy?

What is Solar Energy?

The sun’s {energy, solar|energy, also known as solar|power, or solar} energy{, is the most abundant| is the largest| is the biggest} {source of energy|energy source} on Earth. {You can harness solar power|Solar power can be harnessed|You can harness the power of solar energy} to {create thermal mass|generate thermal mass|produce thermal mass,} or electrical energy {for your home, business|for your business, home|to power your home, business}{, and utilities| and utility bills| as well as utilities}. {As a renewable resource,|Being a renewable resource|As a renewable resource} {solar power|solar energy|the sun} is an {important|essential|integral} {part|component|element} of {our clean energy future|the future of clean energy|our future clean energy}.

The sun {does much|does|is} more than {provide|just provide|simply provide} {light during|illumination during the|sunlight during the} {daytime|daylight}. {Each photon of sunlight that|Every photon of sunlight that|Every single photon of sunlight which} {reaches|gets to|is absorbed by} Earth {contains energy which fuels|is a source of energy that fuels|has energy that powers} the planet. The {ultimate|most important|primary} source of all{ weather|| the weather} solar {systems and energy sources|energy sources and solar systems}{, solar energy systems,| solar energy systems} {is responsible for almost|are responsible for nearly|is responsible for nearly} every hour of{ global| the world’s|} {energy consumption|energy consumption}.

Where does{ all of|| all} {this energy come|this energy originate|the energy that we have come} from? {Our sun, like|The sun, just like|Our sun, as with} {every star|every other star|all stars} in the {galaxy|universe}{, is a massive| is a huge| is a gigantic} nuclear reactor. {Massive amounts of energy are|Huge amounts of energy are|Massive amounts of energy is} {produced by nuclear fusion effects|generated by nuclear fusion reactions|generated by nuclear fusion processes} {in|within} the Core of the sun. {This energy radiates|The energy is released|The energy emitted} {into space as|out into space as|outwards into space in the form of} {light and heat|heat and light} {from the planet’s surface|from the planet’s surface|emanating from the planet’s surface}.

{Photovoltaics and solar thermal mass collectors|Solar thermal mass collectors as well as photovoltaics|The solar thermal mass collection and photovoltaics}{ can| are able to|} {harness the power of sunlight|make use of the power of sunlight|harness the power of sunshine} to {convert|transform} {solar energy into usable energy|sunlight into energy usable}. {Even though|Although|While} solar energy systems {account for|make up|comprise} {only a small percentage|just a tiny portion|only a small portion} of {global energy consumption|the world’s energy consumption|energy consumption worldwide}{, the rising cost| The rising price| however, the increasing cost} of solar panels {means more|means that more|will mean more} {people can benefit|people will benefit|users can profit} from {it|the technology}. {Solar energy systems are a renewable|The solar energy system is a sustainable|They are renewable}{,| and} {clean energy resource that will|green energy source that is expected to|renewable energy source that can} {play an important role|be a major factor|have a significant role to play} {in the future|for the future|to the future development} of {global energy|energy in the world}.

What is the process of solar energy and what does solar power do?

There are {many ways|a variety of ways|numerous ways that} {you can harness the energy|to harness the power} {of|from} the sun. {Photovoltaics or solar thermal capture|Solar thermal capture or photovoltaics|Photovoltaics and solar thermal capture} are {the two most common|two of the most popular|the two most well-known} {ways to harness energy from|methods to harness the energy of|ways to harness the power of} the sun. Photovoltaics are {more popular|more favored|a more common choice} for {small-scale electric grid projects|smaller-scale electric grid projects|small-scale electric grids}{, such as| like| including} {residential solar panels|solar panels for residential use|solar panels for homes}. Solar thermal capture is usually {only used to produce|utilized to generate|only utilized to generate} electricity {in|for} utility solar {plants|power plants}. Solar thermal projects with lower temperatures {can also produce|also generate|can also generate} electricity. They {can also be used|are also able} to {heat and cool|cool and heat|cool or heat}.

Photovoltaic cells are {growing rapidly|gaining momentum|expanding rapidly} and {will be one of|are expected to be among|will become one of} the {cheapest and fastest|most affordable and fastest|cheapest and most rapidly} {growing|expanding|increasing} {sources of energy|source of power|energies} in the {future|near future|coming years}. The{ economic|| financial} {benefits|advantages} {of solar panels|from solar panel systems|for solar cells} are {increasing|growing|rising} {every|each} year. {This will add to|This will increase|They will also increase} the {environmental benefits of|benefits for the environment when} {using a renewable energy source|making use of renewable energy sources|the use of renewable energy sources}.

Photovoltaic solar energy

Photovoltaic (PV){, or| also known as} solar photovoltaic{, is a| is a|, is the} {common way property owners can|popular method for property owners to|typical method used by property owners to} {take advantage of|benefit from|profit from} the {sun’s|solar} energy. A solar PV system converts sunlight into electricity. The solar panels {can then|could|can} be stored in {a battery or|a battery , or|batteries or} {sent to the grid for|transferred to the grid for|transmitted to the grid to receive} {credit on your electric bill|credits on electric bills|the credit to your electricity bill}.

Photovoltaic effect {is a method|is a technique|refers to a process} {by which|that|where} solar {panels convert sunlight into electricity|panel panels transform sunlight into electric power|panels turn sunlight to electricity}. The photovoltaic effect {is|occurs|happens} when sunlight {hits|strikes} {a semiconductor material|the semiconductor material|the surface of a semiconductor}{, such as| like} silicon. {This sets electrons free|The electrons are released|It frees electrons} and {generates an electric current|creates an electric current|creates an electric charge} {that can then be|which can be later|that is then} {captured using|captured by|recorded using} wiring. This {current is called|current is referred to as|is known as} direct current (DC){, and it| and} {must be converted into|is converted to|has to be converted into} {alternating|the alternating} current (AC){, electricity by| or electricity using| which is electricity, using}{ a| the use of a|} solar converter. This is {required because most|necessary because the majority of|because the majority of} {household appliances in [location]|appliances used in homes|household appliances within [location]}. {the electric grid uses|The electric grid is powered by|Electric grids use} AC electricity.

Photovoltaics{ can| are able to|} {capture solar energy at many|harness solar energy on a variety of|absorb solar energy on many} {scales|sizes|dimensions}. {Installing solar panels is|The installation of solar panels can be an|Solar panels are an} {an efficient|a great|an effective} {way to reduce your dependence|method to cut down your dependency|method of reducing your dependence} {on fossil fuels and|of fossil fuels, and also|on fossil fuels as well as} {save money on your electricity|reduce your electric|lower your electric} {bill|cost}. Photovoltaic solar energy generation can {also be beneficial for|be beneficial to|also benefit} {large companies|large corporations|big companies} {and|as well as} electric utilities. Large solar arrays {can generate|can provide|are able to provide} {power to the electrical|electricity for the|energy for the electric} grid{ or can power operations| or power operations|, or even power operations}.

Solar thermal

Another {way to make|method to make|method of making} {use of solar energy is to|the most of sunlight is|more use of the sun’s energy would be to}{ directly|} {capture the sun’s heat|absorb the sun’s energy|take advantage of the sun’s heat} and {then use|use|then utilize} it in {many different|a variety of|various} ways. {Although|While} solar thermal energy {is more versatile|is more flexible|can be more versatile} than photovoltaic{, it’s not|, it’s just not| energy, it’s not} as {practical to use on|feasible to utilize on a|efficient to use on a} {a small scale|an insignificant scale|smaller scales} {for electricity generation as photovoltaics|to generate electricity as photovoltaics|for electricity generation like photovoltaics}.

There are three {types|kinds} {of solar thermal power|that solar thermal energy can be used|of power from solar}{: low-temperature is used| Low-temperature power is used| that are used for low-temperature} to {heat and cool;|cool and heat;|cool and heat,} mid-temperature {is used to heat|is used for heating|can be used to heat} water{; and|, and|; while} {high temperature is used|high-temperature is utilized|high temperatures are used} {for electricity generation|to generate electricity|to produce electricity}.

{Low-temperature solar thermal systems use|Solar thermal systems that are low-temperature use|Low-temperature solar thermal systems rely on} {heating and cooling to regulate|the cooling and heating to control|heat and cool to manage}{ the|} climate. Passive solar {building design|design for buildings|architecture} is {an example of this type|an example of this kind|one example of this}. Passive solar energy {is|occurs|happens} when {the sun’s|sun’s|sunlight’s} {rays are allowed to enter|radiations can enter|radiating rays are allowed into} {a living space in order|the living space|an area of living in order} to {heat|warm} it. {They are then|Then, they are} {blocked to cool it|shut off to keep it cool|block to cool it}.

{Solar hot water heating systems|Heating systems for hot water from solar|The solar hot water heaters} {are|can be} {a mid-temperature option for|an option that is mid-temperature for|an alternative to mid-temperature} {solar thermal energy|the solar thermal power|Solar thermal} systems. {A solar hot water system|Solar hot water systems} {captures heat from the sun|absorbs sun’s heat|is able to capture heat from the sun} {using collectors mounted on|by using collectors that are mounted on|through collectors that are affixed to} {your roof|the roof of your home}. The heat is {transferred|then transferred} to {your home’s water piping|the water pipes in your home|your home’s water pipe}{, so you don’t need| and you won’t have| which means you don’t have} to {rely on traditional|rely on conventional|depend on traditional} heating {methods like|techniques like|methods such as} {oil- or gas-powered|gas or oil-powered} water heaters.

{For generating larger amounts|To generate larger quantities|For the purpose of producing larger amounts} of electricity{, high-temperature solar thermal energy| high-temperature solar thermal energy| the high-temperature solar thermal power} systems are {used|employed|utilized}. {A solar thermal electricity|A solar thermal power|The solar thermal electricity} plant {uses mirrors to focus|makes use of mirrors to concentrate|employs mirrors to direct} the sun’s {rays onto|rays on|light onto} tubes that {contain a|are filled with a|contain} liquid that {can retain|is able to hold|retains} {heat energy well|the heat energy efficiently|heat energy effectively}. The heated {fluid can be|liquid can be|fluid is} used to {heat water and steam|heat steam and water|warm steam and water}{, which can then turn| and then transform| that can later turn} {a turbine|the turbine|an engine} into electricity. This {technology is sometimes|technique is often|is sometimes} {referred to as|called|known as} {concentrating|concentrated} solar power.

Best Solar Company in Los Angeles LA Solar Group

Why is it good to use Solar Energy?

1. Solar Energy is Good for the {Environment|environment}

The sun {can be|is} {a great alternative energy source|an excellent alternative source of energy|an alternative energy source}. Solar energy {doesn’t produce|does not produce|doesn’t generate} carbon {emissions, unlike|dioxide, as opposed to|dioxide like} fossil fuels. {This makes solar energy far|This makes solar energy|Solar energy is} {more eco-friendly|greener|more sustainable} than other {sources of energy|energy sources}.

Our planet is {polluted by|polluted due to|contaminated by} fossil fuels{ like| such as|, such as} {oil, coal|coal, oil}{, and| and| as well as} natural gas. They release {large amounts|huge amounts|huge quantities} of greenhouse {gasses into our|gases into our|gases into the} {atmosphere when they are burned|atmosphere after they burn|air when they burn}. {These include|They include|This includes}:

  • Carbon Dioxide
  • Methane
  • Nitrous Oxide

{The greenhouse effect, which|Greenhouse effect that|This greenhouse effect which} {contributes|is a major contributor} to climate change{,|} {is caused by|can be attributed to|results from} greenhouse {gasses|gases}. They {pollute|affect} {the air we breathe|our air|breathing air}{ and cause| and contribute to|, and result in} the pollution of {the atmosphere|the air|our atmosphere}. {These gasses can be avoided|They can be sucked out|These gases can be eliminated} by {using the sun instead of|making use of the sun instead|using solar energy instead of} fossil fuels. {It is therefore|This is|It’s therefore} {better for the environment,|more sustainable for the environment|healthier for the environment} and {can reduce the impact|reduces the negative impact|could reduce the effects} {of climate change|of climate change}.

2. The Sun is {Renewable|renewable}

The sun will {continue to burn|continue to shine|burn for} {as long as there is|until there is|so long as there’s} enough earth {to support|to sustain|available to support} it. {It can therefore be considered|This makes it|Therefore, it can be considered} {a source of renewable energy|as a source of energy that is renewable|an energy source that can be used for renewable purposes}. It {will|is guaranteed to} never {run out, so|run out, which means|be depleted, and} {we can use it every|we can utilize it each|you can make use of it every} day.

{Solar, wind|Wind, solar}{, and geothermal energy| and geothermal energy| and geothermal power} are all {important|essential|vital} in {reducing our dependence on non-renewable|decreasing our dependence on non-renewable|decreasing our dependence on fossil fuel} resources. {We will eventually|The day will come when we|There will be a time when we will} {run out of oil,|be out of oil,|end up running out of oil} {coal, and gas|gas, and coal}. This is {a good thing|good} {because we can always rely|since we are able to always count|because we will always be able to rely} on solar {energy|power}.

3. Solar Power Can Increase Energy Security

{Energy security refers to a|Energy security is the|Security of energy refers to a} country’s {ability|capacity|capability} and {willingness|ability|capacity} {to manage its energy supply|to control its supply of energy|in managing its power supply}. {Most countries must|The majority of countries have to|A majority of countries need to} {purchase at least some|buy at least a portion|purchase at least a portion} of their energy {requirements|needs}. {Low energy security is|Insufficient energy security is|A lack of energy security can be} {a situation in which|an instance where|the situation where} {a country depends heavily|the country is heavily dependent|a country relies heavily} on {foreign energy sources|energy resources from abroad}.

{Because it is crucial|Since it is essential|Because it is vital} {to the country’s economy|for the economy of a country|to the nation’s economic growth}{, energy security is vital| Security in energy is crucial to the country’s economy| Energy security is essential}. A {country with good|country that has good|nation with a good level of} {energy security is less|secure energy is more|energies security will be less} {susceptible|vulnerable|prone} to external {factors that could|influences that can|forces that can} {increase the cost|raise the cost|cause a rise in the price} of {energy commodities|energy-related commodities|energy products}. {Conflict and war|War and conflict|Wars and conflicts} are {common|the most common|both common} {causes of rising energy costs|reasons for rising energy prices|factors that increase the cost of energy}{, which can cause| that can result in| and can lead to} {economic damage|economic harm|financial damage}.

A {country can increase|country can improve|nation can boost} {its energy security|the security of its energy|their energy independence} by {using|utilizing|making use of} {more solar energy|greater solar power|the power of solar}. {Large-scale solar cell deployment has|The deployment of large-scale solar cells has|Large-scale solar cell installations have} been {a success|successful|a huge success} in {countries like|nations like|countries such as} India {and|as well as|in addition to} China. {A large number of|Many|A majority of} European countries have {seen|witnessed|experienced} an {increase in solar power generation|rise in the production of solar energy}.

4. {The|Solar Industry creates jobs.|It is believed that the} Solar Industry creates jobs

Globally{, the solar photovoltaics sector| the solar photovoltaics industry| the solar photovoltaics market} {supported over|generated more than|created more than} 3.6 million {jobs in|job opportunities in|employment opportunities during} {2018|the year 2018}. {These data are taken|The data come|These figures are derived} from a {2019 report of|report for 2019 by|report from 2019 of} the International Renewable Energy Agency (IRENA). {It focuses|It is focused|The report focuses} on {renewable energy jobs|jobs in renewable energy}.

China {accounts for around|is responsible for about|is the largest employer, accounting for} 31{%| percent} {of these jobs|in these positions|the jobs}. Japan {is next at|follows with|is next with} {7%|7percent|7.7%}, Germany at 5.5%{,|} {and|as well as|along with} {the|in the|that of the} United States at 4.4%. From {an economic perspective|a business perspective|a perspective of economics}{, it is important| it is crucial| it is vital} {that the solar industry|to note that solar power|for the industry of solar to} {supports|is able to support|contributes to} {such a large number of|the creation of a lot of|many} jobs {around the globe|across the globe|all over the world}.

5. There are many {uses for|applications for|ways to use} {solar energy|solar energy.}

{We have discussed|We’ve discussed|We’ve talked about} solar panels {for power generation|to generate power}. {However, solar energy can|But, solar energy can|However, solar energy could} {also be used for other|be utilized for different|also be used for different} {purposes|reasons other|uses other} {than electricity generation|in addition to electricity generation|that are not related to electricity generation}.

The sun’s {heat|energy|rays} can be {used to heat|utilized to heat|used to warm} water {using|by using|with} {solar thermal technology|the solar thermal technique|technologies like solar heating}. Solar energy {doesn’t have|doesn’t need|does not have} to be {used for generating|utilized for the purpose of generating|used to generate} electricity. Many homeowners have {installed|put in|set up} solar thermal collectors{ and solar panels| as well as solar panels|, solar panels and even solar collectors} {to increase|to boost|in order to maximize} the {solar energy benefits|benefits of solar energy}.

6. It {can reduce|could reduce|can help reduce} your energy {bills|costs.}

Solar energy {can reduce,|could reduce,|is a great way to reduce} or even {eliminate,|eliminate|completely eliminate,} your {energy bills|energy costs|monthly energy bills}. {Many homeowners choose|Many homeowners opt|A lot of homeowners decide} to install solar {energy|power} systems {because of|due to|to take advantage of} this. {It doesn’t matter if|It doesn’t matter whether|No matter if} you {use|utilize|make use of} the sun {to heat water|to heat your water|for heating water} or {power generation|generate power|to generate electricity}{, you can reduce| it can help you cut down on| and reduce} {your utility bills|the cost of your utilities|your energy bills}.

This is {one of|among} the {main|primary|major} {benefits of solar energy and|advantages of solar energy, and|benefits of solar energy that} has {transformed many lives around|changed the lives of many people around|transformed the lives of millions across} the {globe|world}.

7. Active Solar Technologies offer a return on investment

{The fact that solar|It is true that the solar|Solar} {energy|power} {can reduce your utility bills|can lower your energy bills|will lower your monthly utility bill} is {linked to|a result of|related to} {the fact that it|its ability to|being able to} {can|could|may} also {provide a return|yield a profit|generate a return} on investment. {If the initial cost of|When the cost at which you first invest in|In the event that the price you pay for the} {technology|solar technology|the technology} is {higher than what|greater than the amount|more than what} {you will pay over|you’ll pay in|you’ll be paying in} the {long-term|long run|long term}{, it’s not worth reducing| the savings won’t be worth it.| then it’s not worth the effort to reduce} {your utility bills|the cost of your utilities|your energy bills}.

{Both solar electricity and|Solar electricity as well as|Both solar power and} solar hot water {systems|system|heating systems}{ can| could|} {offer a return on your|provide a return on your|give you a return on} investment (ROI){, over| over| in} the {course|time|duration} {of their lives|all of the time|over the course of}. {While this requires careful research|Although this is a process that requires thorough research|This requires careful study} and a favorable {climate,|climate|environment,} ROI {can be achieved|is achievable|is possible} {in many places around|across|in a variety of locations around} the {globe|world}. Before {investing in such|you invest in these|you decide to invest in such} systems, {make sure to|be sure to|ensure that you} {consult|seek out|find} {a reliable|an experienced|an expert} installer.

8. There are {many other|other|many more} {natural benefits to the sun|advantages of sun's natural ingredients.|beneficial effects of the sun's natural sun}

The {natural benefits that|benefits of nature that|many benefits} the sun {provides|offers|brings} to our planet {are last|are the last|is last} on our {list|list of priorities}. This is {an important|a crucial|a vital} {aspect that we often forget|element that is often overlooked|aspect that is often forgotten}{, but| however| yet} {it is something we need|it’s something we have|it’s something that we ought} to {pay attention to|be aware of|keep in mind}.

{In many ways, the sun|The sun in many different ways|Many ways the sun} {supports|is a supporter of|helps} {life on|the life of|living things on} Earth. It is {essential|vital|crucial} {for the growth|to the growth|for the development} of crops{,|} {as well as supporting|and also for sustaining|and it also helps to support} the habitats and {needs of living creatures|the needs of living creatures|requirements of living creatures}.

Another term for Solar Energy is Renewable energy

Renewable energy is {frequently cited|often cited|often mentioned} as {a top|the best|a viable} {option for mitigating the worst|solution to mitigate the negative|alternative to reduce the most severe} {effects|impacts|consequences} of {rising|increasing|warming} temperatures. This is {because renewable sources|due to the fact that renewable sources|because renewable energy sources} {such as solar and wind|like wind and solar} {do not emit|don’t emit|don’t release} {carbon dioxide or|CO2 or any|carbon dioxide and} other {gas emissions that can|gases that could|gas emissions that} {cause global warming|contribute to global warming|create global warming}.

There are {many benefits to|numerous benefits of|many advantages to} {clean energy beyond|green energy that go beyond|clean energy , and it’s not just about} {being|the fact that it is|simply being} “green”. {This sector is growing|The sector is expanding|The industry is expanding} and {creating|is creating new} jobs. It also makes {electricity grids|the electricity grid} more {resilient and expands|robust and improves|durable and increases} {access to energy in|the availability of energy for|access to energy for those in} {developing countries|the developing world|emerging countries}. {And it helps lower|It also helps reduce|Additionally, it reduces} {energy costs|the cost of energy|energy prices}. {These factors have all|All of these factors have|All these factors have} {contributed to the recent revival|been a factor in the recent rise|played a role in the recent revival} of renewable energy{,| sources,} {with solar and wind setting|with wind and solar setting|which has seen wind and solar set} {new records in electricity generation|new records for electricity production|records for electricity generation}.

{Over the last|In the past|In the last} 150 years, {humankind|humanity|mankind} has {relied heavily upon|heavily relied on|relied heavily on} {oil, coal|coal, oil}{, and other| and various| and other} fossil fuels {for powering|to power} everything{,|} {from light bulbs to|including light bulb to|starting from lighting bulbs,} {cars|automobiles} and factories{ to|, from|, and from} {cars to vehicles|automobiles to cars|vehicles to automobiles}. The greenhouse {gasses|gases} {released by fossil fuels from|produced by fossil fuels|generated by fossil fuels} burning {them have reached historic|have hit record|them have reached record} {highs|levels|records}.

The {average temperature|temperature average} of the {surface is rising|earth’s surface is increasing|Earth’s surface is rising} {because greenhouse gases trap|due to greenhouse gases trapping} heat that {would otherwise escape|could otherwise escape|could otherwise go} {to|into|out into} space. Global warming is {one sign|a sign|one of the signs} {of climate change|that climate changes are taking place|to the onset of climate shift}. Scientists {now use|are now using|use} the term{ to|”global warming” to|”climate change” to} {describe the complex changes affecting|explain the complicated changes that affect|describe the complex changes that affect} the {weather and climate|climate and weather} systems {on our|of our|that exist on the} planet. Climate change {includes|can be described as|is characterized by} {rising temperatures|increasing temperatures|the rising temperature}{, extreme weather events| extreme weather events| extreme weather conditions}{, shifting wildlife habitats| changing habitats for wildlife| shifts in wildlife habitats} and {populations, rising seas|population growth, rising seas|increasing sea levels} and {many other impacts|a myriad of other effects|other impacts}.

{Renewables, like any|Like any|Like every} other {source of energy|energy source}{, have their own| are not without their own set of| come with their own} trade-offs. One of {these|them} {is the definition of renewable electricity|are the terms used to define renewable electricity|can be described as renewable electricity}. Renewable energy, {strictly speaking|in its strictest sense|as it is defined}{, is exactly| is precisely| is exactly} what you {might believe|think it is|would expect}. {It is either perpetually available|It’s always available|It’s either always accessible} or{, as| according to| as} {the|according to the|it is described by the} U.S. Energy Information Administration {says|declares|states}, “virtually unlimited.” {However|But|Although}, “renewable,” does not {necessarily mean sustainable as|mean that it is sustainable, as|necessarily mean sustainable . There} are {opponents to large|the main opponents to|those who oppose large} {hydropower dams or corn-based ethanol|power dams, or corn-based ethanol|Hydropower Dams and corn-based Ethanol}. {It doesn’t include|It does not include|This doesn’t mean} other {resources with|sources with|sources that have} {low- or no-emissions that|emissions that are low or zero, and|emission-free or low emissions that} {also have advocates like|are also backed by advocates, such as|also have advocates such as} {energy efficiency and nuclear power|nuclear power and energy efficiency}.

3 Examples of Renewable Energy sources

Hydropower: {People have used|Humans have used|People have utilized} the {energy|power} of rivers for {centuries|long periods of time|many centuries} {to harness their power|in order to tap into their energy|for harnessing their potential}{ and build| and construct|, and to build} dams to {regulate water flow|control the flow of water|regulate the flow of water}. The {world’s largest source of|largest resource in the world for|biggest source of} national renewable energy {laboratories|labs} is hydropower. It is {a major producer|the largest producer|a major source} of hydropower{, with| and has| which includes} China, Brazil and Canada {being the top|being the biggest|as the leading} producers. {Although hydropower can theoretically be|While hydropower is theoretically|Although hydropower could theoretically be} {a source of clean energy|an energy source that is clean|an alternative source of clean energy} that {is replenished by|can be replenished by|is replenished through} {rain or snow|snow or rain}{, there are several downsides| however, there are a few drawbacks| but there are many drawbacks}.

Large dams {can|may} {cause disruption to|disrupt|create disruptions to} {river ecosystems|the river ecosystem} and communities. {This can result in|This could lead to|The result could be} {the displacement of residents and|displacement of residents as well as} wildlife. Silt {buildup|accumulation|build-up} {can cause hydropower generation to|could cause hydropower generation to|can cause hydropower generation} {be less efficient and damage|be less efficient , and also damage|become less efficient and cause damage to} equipment. {Drought can also lead to|The drought can also cause|Dry conditions can cause} {problems|issues}. According to a {2018 study|study from 2018|study in 2018}{,|} {carbon dioxide emissions in|CO2 emissions from|carbon dioxide emission levels in} the Western U.S. were 100 megatons {more than normal|higher than normal|higher than usual} over a {15 year period|15-year period|period of 15 years}. This {was due to utilities turning|resulted from utilities switching|was due to utilities switching} {to coal and gas|to gas and coal|on gas and coal} {to replace lost hydropower|to replenish the hydropower lost|in order to replace the lost hydropower} {due to|because of} drought. Hydropower{ even at its full|, even when it is at its maximum| even at its highest} capacity{ has its emissions problems| is not without its emission issues|, has emissions issues} {as the decaying organic material|because the organic matter that is decomposing|since the organic material that decays} in reservoirs {emits|releases} methane.

{Not only are dams the|Dams are not only the|Dams aren’t the only} {best way to harness|most efficient method to harness|best method of harnessing} {water’s power, but so|the power of water, but so|the power of water, but also} {is wave and tide|are tide and wave|is tide and wave} energy. {Although marine energy projects generate|Even though marine energy projects produce|While marine energy projects account for} less than {1% of all renewables|1percent of all renewable energy|one percent of renewable energy}{, they still| however, they| but they still} {have the potential to produce|can produce|are able to generate} 500 megawatts. This {area has been encouraged|is a trend that has been boosted|has been made possible} {by programs like|through programs such as|by programs such as} {the|that of the|The} Saltire Prize in Scotland.

Wind{:|} {Wind energy|The energy of wind|Energy from wind turbines} has been {used|utilized} {as a source of energy|to generate energy|for energy production} for {over|more than} {7,000|7700|seven thousand} years. Wind turbines{ that generate| that produce|, which generate} electricity are now {proliferating|thriving|popping up} {all over the world|across the globe|throughout the world}{, with| and include| including} China{,| and| as well as} the U.S. {The|and Europe being the most prominent.|It is believed that the} United States and Europe are the {leading|top|largest} producers of wind {energy|power}. Between 2001 {and|between 2001 and|to} 2017{, the world’s accumulated| the world’s total|, the world’s cumulative} wind power {increased 22-fold|increased by 22 times|grew by 22-fold}. It was 23,900 {mw|megawatts|MW}{, but it could generate| however, it was able to generate| and it could produce} 539,000 megawatts.

{While some may be displeased|Although some might be dissatisfied|Although some might be unhappy} {at|with|about} {the way wind turbines appear|the way wind turbines are positioned|how wind turbines look} {on the horizon or their|in the sky or their|at the horizon, or the} {sound, wind energy|noise, wind energy|sounds, wind power} is {becoming|now} {too valuable to ignore,|more valuable than ever|an asset that is too valuable to be ignored,} {with its declining|due to its decreasing|because of its falling} {prices|costs|cost}. {Although most|While the majority of|Although the majority of} wind power {is generated|comes} {from onshore turbines most|by onshore turbines, the majority|through onshore turbines, most} of it {comes from|is generated by} offshore wind farms. {The most prominent being|Most prominently, they are located|The most well-known are} {in the|situated in|those in} U.K. and Germany. In 2016{,|} {the first|one of the first|the very first} U.S. offshore wind {farm was|farm|farms was} {opened|inaugurated|launched} {in|located in|within} Rhode Island. {Other offshore projects|Others offshore wind farms|The other offshore developments} are{ also|} {gaining momentum|growing in popularity|getting more attention}. Wind turbines {pose a threat|pose a risk|are a danger} to {birds and bats|bats and birds}. They kill {hundreds of thousands|thousands of bats and birds} {each year, although|annually, but|every year, though} {not as many as from|they are not as numerous as|less than} collisions with glass{ or other threats|, or other threats| or other dangers} {such as habitat loss and|like habitat loss or|such as habitat destruction and} {invasive|the spread of invasive|invading} species. Engineers are {looking for|seeking|searching for} ways to make {them more|them|these} {safe for flying wildlife|secure for wildlife flying through them|secure for flying wildlife}.

Solar{: Solar cells| cells: Solar panels} {are changing the energy market|have revolutionized the energy market|are changing the energy industry} {around the globe|all over the world|across the globe}{, from rooftops on| from the rooftops of| and are being used on rooftops in} {homes to large-scale farms|houses to farms on a large scale|homes to huge-scale farms}. The {world’s installed photovoltaic panel|photovoltaic panel’s installed|installed photovoltaic panel} {energy capacity has increased|capacity for energy has grown|capacity has increased} by 4,300 percent {in|during|over} the {decade|10 years|period} {between 2007 and 2017|between 2007 and 2017}.

{Apart from solar panels that|In addition to solar panels that|Apart from solar panels , which} convert direct sunlight {to|into} electricity{, concentrating| Concentrating} {sun|sunlight|solar} power (CSP){,|} plants also {use|make use of|employ} mirrors to {concentrate|focus} solar power plants{ and derive| and extract|, and to extract} thermal energy. {The|It is believed that the|CSP is a popular method of generating thermal energy.} U.S., Japan and China are {the leaders|the top three countries|leaders} in {solar|the field of solar} transformation. {However, solar still|But solar|However, solar} {has a lot of work|needs a lot|requires a lot} to {do|complete|be done}. In 2017{,|} {the|it was estimated that the|in the} U.S. generated around two percent {total|of the|of all} electricity. {Worldwide, solar thermal energy|Around the world, solar thermal energy|In the world, solar thermal power} is{ being|} {used for|utilized for|used to power} {solar heating and cooling|cooling and heating in the sun|solar cooling and heating}{, as well as| and| as well as} {hot water|hot water}.

Solar energy can be used to power your home

{Installing a solar photovoltaic|The installation of a photovoltaic solar|A solar photovoltaic} {home|house|residential} system is the {best|most efficient|ideal} {way|method|option} to {save money on|reduce the cost of|conserve money on} solar energy. The [xfield_company{]|company’s|The [xfield_company]} Solar Marketplace is a great {place to start your|location to begin your|starting point to} {search for the perfect|search for the ideal|look for the right} {system at the right|system for your needs at a reasonable|solution at the right} {price|cost}. {Sign up to receive free|Join today to receive no-cost|Sign up for free} {quotes from pre-vetted, qualified|estimates from pre-screened, certified|quotes from pre-screened, qualified} solar installers {near your location|in your area|close to your location}. It’s {easy|simple} {to compare quotes and|to evaluate quotes, and|for you to review quotes as well as} {understand|comprehend|to understand} {key metrics like|the most important metrics, such as|crucial metrics such as} {energy requirements and cost|the energy requirement and cost|costs} {per watt|per watt}.



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