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From residential bungalows to high-consumption industrial factories, our solar packages combine Tier-1 Bifacial panels with smart inverters for maximum generation yield.
Ideal for villas, row houses, and standalone residential buildings.
For factories, warehouses, schools, hospitals, and office parks.
Solar generation combined with LiFePO4 battery backup for zero blackouts.
We handle the entire engineering, procurement, state DISCOM sanctions, and central subsidy paperwork from start to energization.
Our solar engineer visits your site, measures shadow patterns, tests structural load, and designs a customized 3D solar layout.
We file the net-metering application with your local electricity distribution company (e.g. WBSEDCL, CESC, TATA Power) for transformer sanction.
Certified engineers install your Tier-1 panels, hot-dip GI structures, SPD surge protections, and earthing pits within 48 to 72 hours.
DISCOM energizes the bi-directional meter. National PM Surya Ghar subsidy (up to ₹78,000) is credited directly to your bank account.
"Solar Dharti handled our 5 kW installation in Salt Lake Kolkata effortlessly. The WBSEDCL net-metering sanction was approved in 14 days and the ₹78,000 PM Surya Ghar subsidy was deposited into my account shortly after!"
"Our monthly electricity bill was over ₹14,000 for our dual-floor house. With Solar Dharti's 8 kW Mono PERC bifacial array, our summer bill plummeted to under ₹600. The Bengal Ventures team is top notch."
"For our food packaging warehouse, Solar Dharti engineered a 45 kW rooftop plant. We claimed 40% accelerated depreciation in our tax audit and reduced grid electricity operating costs by 65%."
From structural planning and electrical safety to DISCOM coordination and long-term system performance, every layer is engineered as one connected project.
Shadow-aware layout planning, usable-roof mapping, tilt optimization, and structure planning before installation begins.
Dedicated AC/DC protection, surge protection, earthing, cable routing, and isolation planning for safer long-term operation.
Structured project coordination for feasibility, net-metering, commissioning documentation, and subsidy workflow support.
Equipment selection and site execution are aligned around dependable generation, maintainability, and lifecycle value.
A high-performing rooftop plant depends on the interaction between roof geometry, module placement, inverter sizing, protection systems, cable losses, maintenance access, and monitoring.
A balanced EPC design targets generation, safety, uptime, and financial return together.
Book a complimentary, no-obligation rooftop site audit. Our certified solar engineer will evaluate your roof, shade angles, and calculate your exact electricity bill savings.