Solutions
Most jobs combine two or three of these. We start with the bottleneck — usually water — and build power around it.
Move water without paying the utility every gallon.
DC submersibles, surface pumps, and float-controlled cisterns sized to the dry month. Built around AC-coupled inverters when you want simplicity and DC pumps when you want runtime.
Battery-first power islands that ride out storms.
LiFePO4 stacks, hybrid inverters, and automatic transfer. We design for grid-down weeks, not five-minute brownouts.
Don't run the well dry first.
Cisterns sized to actual rainfall data, gravity feeds where the topology helps, pumped storage where it doesn't. Plus float switches that don't lie to you.
Turn hot afternoons into a thermal battery.
Passive radiative cooling integrated with insulation, shading, and grey-water cycles. Lower peak load on the inverter; quieter house.
Irrigate when the sun shines.
Closed-loop irrigation timed to your generation curve. Pumps run when the panels make power, batteries don't cycle, plants don't notice.
Decades of reliable storage.
LiFePO4 banks rated in cycles you'll actually use. Wired so a competent electrician can service it in fifteen years without hieroglyphics.
Most projects are bespoke. Tell us the bottleneck and we'll tell you honestly if we're a fit.
