Hybrid Renewable Energy Systems
Integrated solar generation with battery storage for 24x7 clean energy. Maximize self-consumption, eliminate curtailment, and unlock round-the-clock renewable power.
Request Sizing Analysis & Get Hybrid SolutionA Battery Energy Storage System (BESS) stores electrical energy in lithium-ion batteries for later use. Stand-alone BESS operates independently from solar, connected directly to the grid or behind the meter at your facility.
The traditional renewable model is limited by natural generation windows: solar output drops in the evening, and wind yields fluctuate unpredictably. This creates high demand charges and wasted generation.
BESS changes this dynamics. By charging storage during off-peak windows or periods of excess solar generation, systems run continuous load shifting and energy arbitrage — utilizing cheap power to clip high peak demand rates.
Our intelligent system integrates with utility grids to support load balancing, frequency support, and back-up resilience, giving commercial and industrial facilities total control of their energy bill.
Absorb surplus generation during daytime or low-tariff hours, then automatically discharge it exactly when and where it delivers the highest economic value.
High-performance hardware integrated with multi-layered software protection — engineered for safe, high-availability storage assets.
Lithium-ion cells (LFP/NMC) in modular rack configuration.
Cell-level monitoring, balancing, and protection.
Bidirectional inverters for AC-DC conversion.
HVAC or liquid cooling for optimal battery temperature.
Software for dispatch optimization and monitoring.
Pre-engineered enclosure with all systems integrated.
Reduce maximum demand charges by discharging during peak hours. Save 15-30% on electricity bills.
15-30% Demand SavingsCharge during low-tariff hours, discharge during peak. Profit from time-of-use rate differentials.
₹2-4/kWh Arbitrage GainInstant switchover during grid failures. Critical load protection without diesel generators.
<20ms Switchover TimeVoltage stabilization, frequency regulation, and reactive power support for sensitive equipment.
±1% Voltage AccuracyMove energy consumption from peak to off-peak periods. Optimize your load curve.
24/7 FlexibilityParticipate in ancillary services market. Frequency regulation and spinning reserves.
Revenue StreamBESS isn't a one-size fit. What it's used for — and what it's worth — changes by sector.
High, steady loads with real demand-charge exposure — the clearest peak-shaving payback of any sector.
Typical Size: 1 MWh – 20 MWhUptime is non-negotiable. BESS bridges the gap before backup generation reaches full load.
Typical Size: 2 MWh – 50 MWhGrid-scale storage absorbs renewable surplus and eases peak-hour stress on distribution infrastructure.
Typical Size: 10 MWh – 200 MWhTurns variable generation into firm, dispatchable capacity — and unlocks storage-linked tenders.
Typical Size: 5 MWh – 100 MWhProcess-heavy, ToD-tariff-sensitive operations where load shifting turns directly into margin.
Typical Size: 500 kWh – 5 MWhHigh daytime cooling loads pair naturally with solar+storage to cut demand charges and diesel use.
Typical Size: 200 kWh – 2 MWhZero-tolerance for outage on critical equipment, with instant switchover ahead of DG start-up.
Typical Size: 100 kWh – 3 MWhOff-grid and weak-grid operations where storage cuts diesel dependence and fuel logistics cost.
Typical Size: 1 MWh – 10 MWhStore low-cost off-peak energy or excess solar and discharge it during peak tariff times to offset demand charges.
Disconnect from grid vulnerabilities with localized storage networks capable of microgrid operations.
Balance intermittent wind and solar outputs, turning erratic clean energy into steady, dispatchable assets.
Act as dynamic regulation assets providing rapid voltage/frequency response options to the local distribution grid.
Ensure millisecond-level transition speeds to backup supply lines during grid blackout intervals to avoid factory outages.
Maximize solar/wind self-consumption rates and lower dependency on carbon-heavy backup diesel generator plants.
Modular container sizes (0.5 MWh to 5+ MWh setups) that scale directly alongside growing energy consumption.
Provide high-current buffer capability for commercial fast EV charging infrastructure without triggering grid demand penalties.
Mitigate volatile fuel markets or unstable grid configurations by establishing a highly resilient energy reserve.
Track and optimize plant-wide power loads using real-time dispatch management systems to prevent energy waste.
Get a custom BESS sizing analysis. Our engineers will evaluate your load profiles, peak demand patterns, and grid connection details to outline your optimal capacity and payback timeline.
Analyze Your BESS Needs