Arrays In The Field.

Challenge:A high-consumption refrigerated distribution facility bleeding money to peak summer demand charges every billing cycle.

Solution:A 1.2 MW roof-mount PV array paired with a 500 kWh LFP battery configured specifically for peak shaving against the utility's demand window.

Result:84% reduction in demand charges and a blended ROI reached in 4.2 years — with the array still producing above its year-one model.

Challenge:A remote residential property that needed genuine off-grid capability without turning the roof into an eyesore.

Solution:A flush-mounted 15 kW PV system with a triple LFP battery stack configured for full islanding, integrated to read as part of the architecture.

Result:Zero grid reliance during recent regional outages and 100% autonomy — the house never noticed the grid was down.

Challenge:A public water district facing a massive energy draw from its pumping stations, with almost no spare land to put an array on.

Solution:A custom-engineered solar canopy structure built over an existing reservoir — a floatovoltaic-style deployment that used water the district already owned as the site.

Result:2.5 MW of generation plus reduced reservoir evaporation — a dual-purpose asset from a footprint that cost the district nothing new.