Beyond the headline subsidy, here's a closer look at what a rooftop system actually changes about your monthly bill, your roof, and your home's power supply.
Generate your own power during the day and cut down what you draw from the grid, month after month.
A typical rooftop system covers a large share of a household's daytime power use, so the units you'd normally buy from the grid drop sharply from the very first month after commissioning. There's no ramp-up period — the moment your net meter is active, every unit your panels generate is a unit you don't pay for.
The scale of the saving depends on how well your system size matches your household's usage pattern. Homes that run appliances like water pumps, ACs or washing machines mostly during daylight hours see the biggest cuts, since that's exactly when the panels are producing the most power.
Most homeowners in Odisha find their system pays for itself well within the panels' 25-year working life. After that point, the electricity it generates is effectively free, aside from minimal upkeep.
Households can receive up to ₹78,000 in subsidy for systems up to 3kW under the PM Surya Ghar Muft Bijli Yojana.
The subsidy is paid directly to your bank account after installation and inspection — it isn't a discount we apply at the point of sale, it comes straight from the government scheme once your system is verified and commissioned by the DISCOM.
The amount scales with system size, so larger households drawing more power can claim proportionately more support, up to the 3kW cap.
We handle registration on the national PM Surya Ghar portal and the paperwork end-to-end, so you're not left chasing approvals or tracking your application status yourself.
Flat, sloped, RCC or tin — our team surveys your roof and designs a mounting plan suited to it.
Before any quote is finalised, we visit your home to check roof orientation, shading, structural strength and available space. Every roof is a little different, and the mounting plan reflects that rather than forcing a one-size-fits-all layout.
Flat RCC roofs typically get tilted mounting frames angled for maximum sun exposure through the day. Sloped tin or tile roofs instead get rail-mounted panels that follow the existing pitch of the roof, avoiding the need for extra tilt hardware.
Export the power you don't use back to the grid and offset it against future bills.
A bi-directional meter is installed alongside your system, tracking both the power you draw from the grid and the surplus you send back to it — typically while you're out during the day or generating more than the household is using at that moment.
At each billing cycle, the units you exported are subtracted from the units you consumed, so you're only billed for the net difference. On days you generate more than you use, that surplus works in your favour.
Solar panels are built to last decades with minimal upkeep — a periodic clean is usually all they need.
Panels degrade very slowly. Most manufacturers guarantee around 80–90% of original output is still there after 25 years, so the system keeps paying off long after it's technically paid for itself.
There are no moving parts in a solar panel, which is a big part of why they're so low-maintenance. A wipe-down every few weeks to clear dust, and an occasional rinse before the monsoon, is usually enough to keep output steady.
Pair your system with a battery backup option to keep essential appliances running during outages.
A standard grid-tied solar system still switches off during a power cut, for safety reasons — but adding a hybrid inverter with battery storage changes that, letting your home draw from stored solar power instead of losing supply entirely.
You don't need to size a battery for the whole house. Most homes just back up essentials like lights, fans, a fridge and Wi-Fi, keeping the battery size — and cost — manageable.
Book a free, no-obligation consultation — we'll survey your roof and estimate your subsidy and savings.
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