Commercial rooftop solar
Ballasted and attached arrays on TPO, BUR, standing seam and R-panel roofs.
- Typical range
- 80 kW DC to 1.5 MW DC
- Built for
- Packing houses, warehouses, shops and school gyms
What we build
Eight things we build, and one we do first
Generation, storage and the infrastructure between them. Every one of these starts with an energy audit, because sizing a system without a load shape is guessing with a spreadsheet.
- Range
- 80 kW to 5 MW DC
- Territory
- Four counties
- Delivery
- Full EPC in house
- Since
- 2014
All solutions
Ground-mount solar farms
Fixed-tilt and single-axis tracker fields on marginal or fallowed ground.
- Typical range
- 500 kW DC to 5 MW DC
- Built for
- Growers with fallowed corners, water districts, packing co-ops
Solar carports and canopies
Shade structures that carry an array, an EV feed and a lighting circuit.
- Typical range
- 60 kW DC to 900 kW DC
- Built for
- School districts, hospitals, civic lots, employee parking
Battery storage and demand management
Demand shaving, time-of-use shifting and backup for the circuits that matter.
- Typical range
- 100 kWh to 4,000 kWh usable
- Built for
- Cold storage, processors, pump stations, critical facilities
EV charging infrastructure
Fleet depots and workplace ports sized against the service, not the brochure.
- Typical range
- 4 to 60 ports, Level 2 and DC fast
- Built for
- School bus yards, delivery fleets, ag equipment yards, offices
Solar roofing and reroof coordination
Sequencing a new membrane underneath a system that has to last 25 years.
- Typical range
- Any roof carrying a planned array
- Built for
- Buildings with 15+ year membranes and under 10 years left
Monitoring and O&M
Inverter-level telemetry, scheduled washing and warranty claims that get paid.
- Typical range
- All systems, in or out of our build
- Built for
- Any commercial array past commissioning
Energy audits and load studies
Interval-data analysis before anyone draws an array.
- Typical range
- Standalone or as project stage one
- Built for
- Any facility on a commercial demand tariff
Answers
Choosing between them
Not covered here? Our engineers answer directly, not through a call centre.
Ask a question(661) 555-0183With an energy audit. Twelve months of interval data tells us the load shape, which decides whether you need generation, storage, load control or a tariff change. Every other decision follows from it.
Most of our projects combine at least two: a roof array with storage, or a carport with EV charging. Doing them together shares the switchgear, the interconnection application and the mobilisation, which takes real cost out.
Yes. We take over monitoring and maintenance for systems we did not build, and we extend or repower existing arrays where the interconnection allows it.
Our range runs from roughly 80 kW DC to 5 MW DC. Below 80 kW a commercial specialist is usually the wrong tool, and we will say so.
Bring us the bill before you bring us the roof
Every project starts with twelve months of interval data and a load shape. The array comes after that, sized to what you actually use.
CSLB #1071482 (sample). Prevailing wage on public works. Engineers answer, not a call centre.