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Industrial solar systems typically range from 100 kW to several megawatts depending on the plant's energy consumption, load profile, and available land or rooftop area. Our engineering team analyses your demand curve, sanctioned load, and operational hours to recommend the optimal capacity that delivers maximum return on investment.

A grid-tied system stays connected to the electricity grid and uses solar power during the day, with the grid as backup — surplus energy can be exported via net metering. An off-grid system with battery storage provides complete independence from the grid, ideal for industrial sites in remote locations. Hybrid systems combine both, offering maximum flexibility and reliability.

Industrial solar installations benefit from 40% accelerated depreciation under Section 32 of the Income Tax Act, GST input credit on solar components, MNRE capital subsidies for eligible categories, and net metering benefits from TSSPDCL/TSNPDCL. The Telangana state government also offers open access for larger industrial consumers. Our team helps you identify and avail every applicable incentive.

Solar panels generate power only during daylight hours. For night operations, industries with grid-tied systems draw power from the grid. Hybrid systems with battery banks can supply stored solar energy during evening hours. We analyse your shift patterns and peak load timing to design a system that maximises solar self-consumption across all operational hours.

Yes. We specifically source IEC-certified, Tier-1 solar panels rated for high temperature, heavy dust, and corrosive environments commonly found in industrial settings. Panels are designed to withstand wind speeds up to 150 km/h and carry a 25-year linear performance warranty. Regular AMC services ensure any soiling, shading, or degradation is promptly addressed.