Solar Panel System Components

The Solar Company’s solar power systems consist of an array of solar panels (or modules), a mounting system, and an inverter with a computerized solid-state controller. The solar panels generate DC electricity directly from sunlight. The inverter converts the DC electricity produced by the solar panels into AC electricity to be usable in the home. The computerized controller also regulates the solar power system and ensures peak performance. A standard system is designed to stop working the moment there is a power interruption. In applications that are not connected to the grid or require back-up power, batteries are also required.

Solar Panel Installation

For most customers, residential or commercial, the roof is the best location for solar panel installation. It usually already has the structural specifications that the solar panels require. All that is needed is mounting hardware and appropriate flashings. If the roof is not applicable or desired, various other mounting options are available, including shade awnings or ground-mount options (i.e., standard ground-mount, ground pole, or trackers).

Watch the short video below to see what’s involved in installing solar panels on a roof and check out our solar panel installation gallery for installation ideas.

Inverter Installation

The inverter is commonly installed near the main panel either indoors or outside. Since it is made with solid-state electronics and performs better in cooler conditions, the inverter should be located out of afternoon sun. Usually, the best location is near the main electric panel.

System Monitoring

This allows you to remotely view your system’s performance through your computer or remotely on a wireless device.

Additional Hardware

If you decide you want a battery back-up system or need a stand-alone energy solution, The Solar Company can design and install a system that is right for you. Some back-up systems and all stand-alone systems require a gas generator (propane, natural gas, diesel, etc.). Battery banks vary in size depending on power loads but generally need 10-20 sq. ft. and may require venting.

 

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