From the field, not a stock library.
Installation executed with our execution partner, Samwik Power
Solar panels generate the most power at noon. Most facilities use the most power in the evening. We engineer solar and battery systems that close that gap, so daytime generation keeps cutting your bill after dark.
Three steps, start to finish, in plain terms.
Panels convert sunlight into electricity for your building, cutting the power you'd otherwise buy from the grid.
Midday generation often exceeds what you're using right then. Instead of losing it, a battery stores the surplus.
Evenings, outages, peak-tariff hours: stored power kicks in automatically and lowers the bill.
Drag your monthly electricity bill and see indicative numbers for a commercial rooftop system in India.
Indicative only, based on Indian C&I averages (about 1,450 units generated per kWp per year and typical installed costs). Your load curve isn't average, which is exactly why a load study comes before any real quote.
Four disciplines, one contract, no subcontracted design.
Rooftop, ground-mount, and carport systems: design, procurement, and construction under a single warranty.
Sized against your measured usage pattern: peak-hour savings, outage backup, tariff relief.
Generation and storage run by one controller, so every unit of power makes a single economic decision.
Monitoring, tariff strategy, and performance audits, including systems installed by someone else.
Panels are the easy 20% of a project. The other 80% is where a system either performs for twenty-five years or becomes a maintenance line item in year three.
That 80% (protection design, cable sizing, structural loading, utility approvals) is where we spend our time. Every project starts with a load study and a single-line diagram before a single component is priced.
We don't quote a system size. We quote a load study, then let the numbers pick the system size.The principle behind every proposal