Battery energy storage for commercial & industrial sites
A battery energy storage system (BESS) stores power when it's cheap — from the grid off-peak or your own solar — and delivers it when power is costly, unreliable, or dirty.
Built for MSMEs, factories, and larger loads (roughly 50 kW and up), and sized from your actual demand — not a catalogue.
Start with a feasibility assessmentFour ways a BESS earns its keep.
Most sites use two or three of these at once. Which apply — and how much each is worth — comes out of your feasibility assessment.
Peak shaving
Flatten your highest kW peaks so the grid sees a lower maximum demand — cutting the demand charge that bills you on your single worst spike.
Time-of-day shifting
Charge the battery on cheap off-peak power and discharge it through the expensive evening window — arbitraging the tariff.
DG replacement / bridging
Storage takes over the instant the grid drops — no start-up gap — and carries the load at a fraction of diesel's per-unit cost, or bridges until a generator is truly needed.
Solar + storage
Store your own daytime generation instead of exporting it cheaply, and use it after sunset — getting more of your solar's value onto your own loads.
Four parts, working as one.
A BESS isn't just batteries. Power flows in from the grid or your solar, through the electronics that convert and direct it, into a managed battery bank — all watched in real time.
Grid / solar
Power comes in from the grid off-peak, or from your own rooftop solar.
PCS / hybrid inverter
The electronics that convert and direct the power between grid, solar, battery, and your loads.
Battery bank (LFP)
Lithium iron phosphate modules — the stable, long-life chemistry — hold the charge until you need it.
One accountable team, end to end.
We design, integrate, install, and service the system end-to-end. Hardware is sourced from certified OEM partners; the sizing comes from your actual load, tariff, and outage data — never from a catalogue.
The economics are specific to your site — so we put real numbers on it, not promises.
Investment scales with capacity — how many kWh of storage and how many kW of power electronics your use-cases call for.
Returns depend on your tariff structure, your demand charges, and how much diesel the system displaces.
The feasibility assessment models your actual data and puts real sizing and savings numbers in front of you before you commit.
// We don't publish ballpark ₹ figures or payback promises — they'd be guesses. The feasibility assessment puts real numbers on your site.
See what a BESS is worth at your site.
A free, no-obligation feasibility assessment reads your load, tariff, and diesel spend, and puts real numbers — sizing and savings — on the table.