Ans: A Solar Rooftop module comprises minimal moving parts and hence has very low maintenance cost.

Ans: We ensures that no damage to the existing structures takes place during the installation or operations of the solar plant. We use a multiple techniques like non-penetrating structures and waterproofing solutions to ensure your roof’s integrity.

Ans: It is a good practice to clean the solar panels 1-2 times a month. It is safer to clean the panels early in the morning or at night when no incident sun rays are present and the power plant is not producing any electricity. You can simply use a clean wet cloth, soft nylon brush or sponge to wipe the surface but ensure the panels are clear of any moisture. Don’t use metal brushes or detergents as these may streak the glass of the panel.

Ans: Solar power plants can be installed on almost any type of roofs irrespective of their shape or material type.

INOIDAYA takes full responsibility for managing all documentation and government processes related to Net Metering and subsidies, ensuring a hassle-free experience for our clients. Clients only need to pay the statutory fees directly to the government agency and provide us with the necessary documents. We offer a streamlined and efficient process for availing subsidies and meter replacements, simplifying the entire procedure for our clients.

Ans: Subsidies are entirely governed by the government, and we acknowledge certain limitations in this process. Once all required documents are submitted, subsidy disbursement typically takes 45 to 90 days to reflect in your account.

Ans: If a client installs a solar power plant equivalent to their sanctioned load, they can expect approximately 75-90% deductions in their electricity bills. Industrial units operating night shifts may experience slightly lower reductions in their bills.

Ans: The installation time for projects varies based on their size. For residential projects of 3-10KW, we typically require one month for site handover. Industrial projects, on the other hand, may take 45 to 90 days for delivery, depending on their capacity.

Ans: In On-Grid solar projects, the solar plant's output is synchronized with the Grid Power, connecting to the same panel as the Grid. This setup ensures seamless operation, where if you use more power than generated by solar, the drawn power from the main panel combines Solar and Grid power, ensuring uninterrupted electricity supply. Conversely, during times of low usage when solar generation exceeds consumption, excess power is sent to the Grid, saving units that can be utilized later, such as during nighttime or within the same financial year.

Ans: In On-Grid solar projects, electricity generation relies on the availability of Grid Power. During power cuts, using batteries can provide backup power. Hybrid solar systems offer a solution that operates even during outages.

For industrial setups with DG backup, we recommend an Energy Management System (EMS). This system synchronizes the DG with the Grid and Solar Project. The Solar Plant continues generating electricity during power cuts, with the DG operating at minimal capacity (20-30%) to maintain voltage for the Inverter. If power demand exceeds solar generation, the DG acts as a secondary electricity source, supplying power to running loads.