The Sol-Ark 12kW hybrid inverter is here deployed in off grid mode. There is 4.1 kW of solar and 19.6 kWh of LiFePO4 battery. The customer is using an old refrigerator to keep the batteries above freezing with a heat lamp and temperature controlled outlet.
This battery backup system is EMP hardened and powers the house for a whole night, including charging an electric vehicle. The brains of the system is the SolArk 12 kW inverter that also has a generator hookup so that if the battery does get low the generator can power the house loads and charge the battery if needed.
On this install the solar is mounted to shed that will act as the mechanical room. The ten 400 watt solar panels, Outback inverter, Midnite Classic charge controller, and 10 kWh of LiFEPO4 energy storage is enough to supply the customer’s basic needs as they build their home. Then, this system system can be expanded for increased capacity. 
This system has 18.5 kWh of LiFePO4 battery storage and LG 335 watt panels. We also designed a roll-out additional solar system to be used during the winter and in emergencies.
This solar awning was installed on a house overlooking Lake Michigan. Solar can be both aesthetically pleasing and functional.
This solar system has high efficient LG panels, a Sol-Ark inverter, Tigo optimizers, and 30 kWh of LiFePO4 battery storage.
Ada Solar Panel install is helping the US reduce dependence upon fossil fuels!
This house has 37 kWh of secure power in the event of grid failure. There is 13 kW of solar to support it, some of it on a custom designed roll-out system.
This commercial business had two Solar Time Trackers installed. Each has 6,000 watts of power and will produce over 9,000 kWh of energy each year. This business received a grant that offset installation costs.
These high wattage solar panels have “skins” that are made to any back drop and helps the system blend in. It also uses a railless racking system.
