LA Solar Group

Monitor Solar Panel Output

The monitoring capability is provided by the microinverters or the string inverter and power optimizers. This depends on your system configuration, combined with the solar monitoring system. A stand-alone monitor is also applicable if needed.

In most cases, there is one microinverter per solar panel. Each microinverter’s primary function is to convert the solar panel’s DC into the AC. It also measures the amount of AC electricity output.

Each microinverter continuously feeds this data to a central controller that delivers the data to a cloud-based data storage and application system.

Using the internet or a mobile application, you can then view or download the data in a table or graph format. Since each microinverter sends data, you can see the energy production at the individual solar panel level.

Since the string inverter is central, it can only report on the total electricity from all the panels connected to it. It cannot report on a per solar panel basis. Each can collect production data for its connected solar panel. Although different manufacturers’ energy monitoring devices display data in various formats, they all convey the same basic information: the amount of energy (kWh) and power (kW), on a per panel or system-wide basis at a particular time or over a certain time period (per minute, hour, day, week, month, year, lifetime). Using this data, you can see the amount of energy generated on a specific day.

Monitor Solar Panel Output LA Solar Group


The displayed information of the solar system service and monitoring device will range from the following:

  1. The time of the generated energy 
  2. The time of the day that generated the most energy
  3. What effect does a cloudy day have on energy production
  4. What effect does shading have on energy production, which panel(s) it affects and at what time; how much does each side of the roof generate (if you have panels on multiple roofs)

Since historical data is available, you can notice any abnormalities in production and pinpoint it to an inverter, optimizer, or panel.

Inverter, module-level and real-time monitoring are free for 25 years!



The main reason why this happens is when you have a grid-tied solar system, it has safety measures preinstalled to shut down production in case of a power outage so as not to do extensive damage to the grid or the employees working on fixing the outage.

If you would like to be less dependent on the grid or ideally have no dependence, then you can add storage batteries to your solar system.
Backup batteries store the excess energy produced by solar for later use (for example, when there is a power outage). You can provide backup for some of your home appliances or all of them by installing more batteries depending on your energy consumption.

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