Systems that keep producing years after activation.

A south-facing roof-mounted array designed around the homeowners' actual 12-month usage data, paired with a battery for evening time-of-use savings. The system was designed to offset the vast majority of the home's annual consumption while leaving structural headroom for a future EV charger circuit.

This multi-building commercial campus needed a system sized against a complex, multi-meter load profile. We combined rooftop arrays across three buildings with a covered carport array in the shared parking area, financed through a structured PPA that made the switch cash-flow positive from month one.

Built to withstand coastal wind loads, this system pairs a roof-mounted array with a full-home battery configuration so the household keeps power through the storm-driven outages that are common in this area — with automatic transfer that the homeowners don't have to think about.

A ground-mount solar array on an underused corner of the property lot, sized specifically to shave the retail anchor's peak daytime demand charges — the single largest line item on their utility bill — with production monitoring reporting straight to the ownership group monthly.

This outpatient medical facility needed both meaningful energy cost reduction and backup assurance for refrigeration and critical clinical equipment during outages — solved with a rooftop array sized to daytime facility load plus a battery bank dedicated to the critical circuits.

Snow-load engineered ground-mount racking sited away from tree shading, paired with a Level 2 EV charging circuit wired to prioritize solar production before pulling from the grid — built for a household running two electric vehicles.