A typical 3 kW to 5 kW residential rooftop system in Hospet generally ranges between ₹1.6 lakh and ₹3 lakh before subsidy, depending on module technology, inverter brand and mounting structure. After central and state subsidy support, your effective outlay drops considerably. We prepare a line-item estimate for your actual roof and consumption, so you see the true net cost and payback rather than an indicative range.

Site survey and design typically take three to five working days. Net metering application and DISCOM feasibility approval in Karnataka generally take two to five weeks depending on the load category and local office workload. Subsidy documentation runs in parallel. From first survey to commissioning, most residential projects complete within six to ten weeks, while larger commercial and industrial projects vary with grid infrastructure requirements.

Yes. Hospet receives strong annual solar irradiation with well over 300 clear days, making solar highly viable. The surrounding terrain also offers usable wind speeds in specific locations, particularly on elevated parcels. However, high summer ambient temperatures cause thermal derating in modules, and monsoon months reduce yield. Our designs explicitly account for these local factors so the generation forecast you receive is realistic rather than optimistic.

We handle it completely. That includes the online application, feasibility certificate, single-line diagram, technical datasheets, commissioning report and follow-up with the DISCOM until the meter is changed and the subsidy is credited. We also track which central and Karnataka state schemes your project qualifies for, so you never miss an incentive you are entitled to claim.

Solar plants have no moving parts, so maintenance is light but not zero. Module cleaning every two to three weeks during dry months, inverter health checks, cable and earthing inspection, and annual thermographic scanning keep performance high. Dust and bird droppings can silently reduce output by 10% to 20%. Our O&M service handles all of this and reports performance ratio against design expectations every month.

Absolutely, and this is one of our most requested services in the Hospet industrial belt. We combine solar generation, optional wind capacity, battery storage and grid supply into a single architecture that prioritises your critical loads during outages. The sizing is driven by your actual outage pattern and load priority list, not a generic package, which keeps the storage investment proportionate to the real risk you face.