Off Grid Solar System in Baldwin
The utility wanted $30,000 to get electricity to this customer’s house. This solar-battery-generator system allows them to never pay a utility bill again.
The utility wanted $30,000 to get electricity to this customer’s house. This solar-battery-generator system allows them to never pay a utility bill again.
Circuit West is a project that will encompass 10 city blocks around Bridge Street and Seward Avenue. It will focus on testing and implementing solar and energy storage systems for residential and commercial customers. The city of Grand Rapids has forward-thinking sustainability goals and supports such projects.
DEPCOM Power located in Arizona has found a unique way to give back. This company formed a non-profit and separate LLC to give to the impoverished and veterans, and to educate and provide solar. On their solar installations panels are sometimes bruised and not used on that job. But, DEPCOM refurbishes them and donates the panels for non-profit use.
This 12.8 kW metal roof mount has a battery ready inverter installed. When the customer is ready to add batteries they can without a lot of additional cost.
This large battery backup system will power this house for days in the event of grid failure. It has 20 kWh of energy storage and almost 18kW of custom fabricated solar racking.
Eaton Rapids 14.4 kW Ground Mount. This ground mount uses a helical screw to anchor in the racking and has two 7.7 kW SMA inverters. The panels are 380 W Jinko Solar.
This off grid system has a manually adjustable tracking system and 4 kW of Trina 340 W solar panels. The inverter is an Outback 4048, with a Schneider charger controller, and Outback batteries. No electricity bill for this home!
This 6.8 kW solar awning provides power and shade. The shading will save on cooling costs in the summer and the solar will generate electricity all year around.
Forty 365 Longi solar panels with half-cell technology are mounted to this ornamental canopy structure using Ironridge rails and a custom mounting technique. The DC is converted by two 7.7 kW SMA inverters.
This roof installation in a historic neighborhood has twelve 395 W Jinko Solar panels with a 5.0 kW SMA inverter and optimizers. The racking is Ironridge.