Solar Calculator

FAQ'S

Frequently Asked Questions About Solar Energy

Our Solar Energy Solutions are designed to help homeowners and businesses reduce electricity costs and adopt clean, renewable power. From residential rooftop solar systems to large commercial and industrial installations, we provide end-to-end solar EPC services tailored to your energy needs.

From site assessment and system design to installation, approvalsand long-term maintenance, we cover every aspect of your solar journey. Explore these frequently asked questions to understand solar panel installation, pricing, subsidies, maintenanceand how solar energy works for your home or business.

A solar power system converts sunlight into electricity using solar panels. The generated power is used in your home or businessand excess energy can be exported to the grid through net metering.

Rooftop solar is suitable for most homes and commercial buildings with sufficient roof space, proper sunlight exposureand structural strength. A site survey helps confirm feasibility.

Electricity generation depends on system size, sunlight availability, panel efficiencyand location. On average, a 1 kW solar system can generate 4–5 units per day.

The cost of solar installation depends on system capacity, panel type, inverterand site conditions. Residential and commercial systems are priced transparently with no hidden charges.

Yes, government subsidies are available for eligible residential rooftop solar installations as per MNRE guidelines. Our team assists with subsidy documentation and approvals.

Net metering allows you to export excess solar power to the electricity grid and receive credits, which reduce your monthly electricity bill.

Installation usually takes a few days, depending on system size and site conditions. Approvals and net metering may take additional time.

Solar panels typically last 25 years or more, with gradual performance degradation. Most panels come with long-term performance warranties.

Solar systems require minimal maintenance, mainly periodic cleaning and basic system checks to ensure optimal performance.

Standard grid-connected solar systems shut down during power cuts for safety. Hybrid or battery-backed systems can provide backup power during outages.