PowerYourFutureWithSmartSolarEnergySolutions

An on-grid (grid-tied) solar system is connected directly to the utility grid through a net meter. It lets you use solar power during the day, export any surplus units back to the grid for credit, and draw from the grid at night — with no batteries required. It's the most cost-effective option for homes and businesses with a reliable grid connection.

For most homes with a stable grid connection, an on-grid system offers the fastest payback and lowest cost. If you face frequent outages, a hybrid system with battery backup keeps essential loads running. Off-grid systems suit remote sites with no grid access. Our engineers assess your electricity bill, roof, and backup needs before recommending the right fit.

Residential rooftop solar installations up to 3kW are eligible for subsidy support under the PM Surya Ghar Muft Bijli Yojana, with additional state-level incentives depending on your location in Jharkhand. Our team handles the entire subsidy application, documentation, and net-metering approval on your behalf.

Pricing depends on system size, panel technology, and whether you choose on-grid, off-grid, or hybrid. After applicable subsidies, a typical 1kW–5kW residential rooftop system becomes significantly more affordable. Share your average monthly electricity bill with us and we'll provide a detailed, no-obligation quote.

As a rough guide, every 1kW of solar capacity needs about 3 panels (assuming 330–400W panels) and roughly 80–100 sq. ft. of shadow-free roof space. Most homes need between 2kW and 5kW depending on monthly consumption. We calculate the exact requirement from your electricity bill and a free site survey.

Yes. Commercial and industrial tariffs are typically higher than residential rates, which means solar delivers even faster savings for businesses. Many of our commercial clients report 50–70% lower electricity bills after switching to solar, with the system paying for itself well within its 25-year lifespan.

Most residential systems pay back their investment in 3–5 years, while commercial and industrial systems — which use more power during daylight hours — often see payback in 2–4 years. With a 25-year panel lifespan, that translates into 20+ years of essentially free electricity after payback.

Absolutely. Offices, hotels, showrooms, and other commercial establishments typically have high daytime power consumption — air conditioning, lighting, and equipment — which lines up perfectly with solar generation hours, making these some of the best-suited properties for solar.

Industries with high daytime loads can meet a large share of their power needs from solar, and with the right combination of grid-tied capacity, battery storage, and load management, many can run predominantly on solar. We design the system around your load profile, shift patterns, and machinery requirements to maximize solar coverage.

Not always. If your facility operates mainly during daylight hours with a stable grid connection, an on-grid system without batteries is usually the most economical choice. Battery storage becomes valuable when you need backup power for critical machinery or run significant operations after sunset.

Our process covers site survey, system design, government subsidy and net-metering paperwork, procurement, installation, and commissioning. A typical residential rooftop system is installed within 5–7 days after approvals, while larger commercial and industrial projects are scheduled based on system size and site readiness.

Most RCC, metal sheet, and tiled roofs can support solar panels with the appropriate mounting structure. During our free site visit, our engineers assess roof strength, shading, and orientation, and recommend the right mounting solution — including elevated structures where needed.

We install Tier-1 panels backed by up to a 25-year performance warranty, and inverters typically carry manufacturer warranties of 5–10 years depending on the brand and model. All installation workmanship is also covered under our own service warranty.

Solar systems have no moving parts and need minimal maintenance — mainly periodic panel cleaning every 1–2 months and an annual health check of wiring and inverter performance. We offer AMC (Annual Maintenance Contract) plans to keep your system running at peak efficiency.