Six steps from your first email to a system that's actually cutting your bill.
Twelve months of utility bills plus 15-minute interval data gets us your real load shape, not an estimate — demand peaks, time-of-use exposure, and export rates all come from your actual data, not an average.
We model your demand-charge structure and site constraints — roof, land, electrical service — to figure out what a system can realistically save you.
Battery capacity, solar array size, and dispatch strategy are sized to your load profile and your goals: bill reduction, resiliency, or both.
We lay out the federal ITC, bonus depreciation, and every applicable state or utility program, plus financing options if you want them.
We handle utility interconnection, permitting, equipment procurement, and installation — coordinated around your production schedule.
Once live, we verify the system is actually capturing the demand-charge savings we modeled, and keep monitoring as your load or rates change.
Commercial solar and storage projects can claim a 30% federal tax credit. Standalone battery storage isn't tied to the same accelerated deadlines as solar, and remains eligible on a longer runway — worth confirming for your specific project timeline.
100% first-year bonus depreciation is currently permanent for qualifying commercial energy property. Combined with the ITC, a facility can typically deduct the large majority of system cost in the same year it's placed in service.
For mid-to-large facilities, demand charges — billed on your single highest 15-minute peak each month — often outweigh straight energy usage. This is what the battery is sized against first.
Sales tax exemptions, property tax exemptions, storage-specific rebates, and performance incentives vary widely by state and utility. We check what applies to your address before we quote a payback number.
We'll run the full model — federal, state, and demand-charge savings included.
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