The engineer who specifies your system answers to the same firm as the crew who builds it, from first study to commissioning.
Rooftop, ground-mount, and carport solar for commercial and industrial sites. We design it, source the equipment, and build it: one contract, one warranty, no design-build split.
Sized against your actual metered usage, not a rule of thumb. Stores solar power for evening peaks, backs up critical equipment during outages, and cuts what you pay in expensive tariff windows.
Solar generation and battery discharge coordinated by a single controller, so self-consuming, storing, or exporting is one economic decision instead of two systems working past each other.
Post-commissioning monitoring, tariff strategy, and performance audits, including for systems someone else installed. If your generation data doesn't match the proposal you were sold, this is where we start.
Six stages, in order. Each depends on the one before it, which is why we don't skip the first two just to get to a number faster.
Twelve months of billing data (or direct metering) builds your actual demand curve. This decides whether solar alone works or storage belongs in the conversation.
Site assessment: roof structure, shading, available area, grid connection point. Then a single-line diagram and preliminary sizing your own engineers can review.
Structural, electrical, and protection design to IEC and IS standards, plus utility liaison for net-metering or open-access approval where applicable.
Equipment bought against the design spec, not a substituted "equivalent," built under our own site supervision.
Testing, utility sign-off, and a handover package: as-built drawings, warranties, and maintenance schedule.
Performance tracked against the original design projection, with tariff strategy revisited as your load or the rates change.
The ones every facility owner asks in the first meeting.
Roughly 90 to 100 square feet per kWp for a flat industrial roof. A 500 kWp system needs about 45,000 to 50,000 square feet of unshaded, structurally sound area. The feasibility stage measures this precisely, including shading through the day and the roof's load-bearing capacity.
Installed costs for C&I rooftop solar in India typically fall in a band that depends on system size, structure type, and equipment class. We quote only after the load study, because the honest answer depends on your demand curve, but paybacks in the 3 to 5 year range are common at commercial tariffs.
It depends on when you use power. Facilities running mostly in daylight often do well with solar alone. Evening-heavy or outage-sensitive operations usually justify storage. The load study answers this with your own data instead of a rule of thumb.
Utility liaison is part of the scope: net-metering or open-access applications, inspection, and sign-off with your distribution company. Rules differ by state and by connected load, and we handle the paperwork as part of detailed engineering.
Generation is monitored against the design projection, with alerts when performance drifts. Cleaning schedules, inverter health, and tariff strategy get reviewed on an ongoing basis, whether we built the system or someone else did.