High-capacity industrial rooftop and shed solar plants engineered for factories, warehouses and process units.
Industrial solar plants carry different demands from rooftop homes or offices: large metal shed spans, high day-time process loads, HT connections and strict safety norms. We design industrial solar power plants around your sanctioned demand, tariff category and shed structure so generation matches consumption hour by hour.
Demand profile, power factor, HT tariff slab and shift pattern reviewed before capacity is fixed.
Purlin spacing, sheet condition, wind zone and roof age assessed for a safe non-penetrating or clamped mounting design.
String layout, cable sizing, earthing, SPD and lightning protection engineered to industrial safety standards.
Phase-wise installation planned around shifts and shutdowns so production continues.
An industrial solar plant serves heavy day-time process loads on an HT or high-capacity LT connection. Sizing starts from your recorded demand, shift pattern, power factor and tariff slab so that generation lands where your consumption actually sits. Over-sizing beyond self-consumption rarely pays on industrial tariffs, and we say so when the numbers show it.
Metal shed roofs vary widely in purlin spacing, sheet gauge and remaining life. We assess sheet condition, structural capacity and the wind zone before choosing between clamp-based non-penetrating mounting, purlin-fixed structures or elevated frames — so the roof is not compromised and the array survives Gujarat's wind season.
String layout, DC and AC cable sizing, combiner boxes, earthing grid, surge protection and lightning arrestors are engineered to industrial safety standards. Interconnection is designed with your existing panel scheme, protection relays and metering arrangement, including HT interface where applicable.
Application, feasibility, drawing approvals, inspection and net or gross metering coordination with the DISCOM are handled as part of the scope, with documentation maintained for your compliance records.
Installation is sequenced by roof block and shift so lines keep running, with a short pre-agreed shutdown only for interconnection and testing. Safety induction, work-at-height protocols and permit-to-work discipline apply throughout.
It depends on shed area and day-time load. Large sheds often support several hundred kW; the deciding factor is usually how much of that generation the plant itself can consume.
No. Work is phased roof-block by roof-block around your shifts. Only the interconnection and testing stage needs a short, scheduled shutdown.
Sometimes it can and sometimes it needs strengthening or sheet replacement first. We assess structure, sheet condition and remaining roof life before committing to a mounting design.
Businesses commonly evaluate accelerated depreciation on solar assets. Applicability depends on your tax position, so we provide the technical and cost documentation and recommend confirming treatment with your CA.
Talk to our team about your consumption, your roof and your goals. No obligation — just a clear assessment of what makes sense for you.
