Wind Energy Calculators India 2026

Yes. Utility-scale wind projects in India typically deliver 15–22% annual ROI with a 6–9 year payback, driven by a 20–30% capacity utilization factor in strong wind zones like Tamil Nadu, Gujarat, and Rajasthan. Industrial consumers can also access wind power without building a project themselves through group captive schemes.

Group captive is a scheme under India's Electricity Rules, 2005 where an industrial or commercial consumer buys at least 26% equity in a wind (or solar) generating company and consumes at least 51% of its output. This qualifies the power as "captive," exempting it from cross-subsidy surcharge and cutting effective per-unit cost by 15–30% versus standard DISCOM industrial tariffs.

Wind CUF in India typically ranges from 20–30%, depending on site wind speed and zone. Tamil Nadu, Gujarat, Karnataka, Rajasthan, and Maharashtra host India's strongest wind corridors. This is generally higher than solar's 18–20% CUF, since wind can generate at night and in monsoon season.

Utility-scale wind turbine projects cost approximately ₹5.5–7 crore per MW installed (₹55,000–70,000 per kW), including turbine, foundation, grid connectivity, and land. Costs vary by turbine capacity, hub height, and site accessibility. Small/micro wind turbines for standalone captive use are far less common in India than solar due to higher per-kW costs at small scale.

Yes — this is called a hybrid wind-solar project, increasingly popular in India because wind and solar generation profiles complement each other (wind peaks at night/monsoon, solar peaks in daytime/summer). Hybrid projects deliver a higher blended CUF (often 35–45%) and more consistent power supply than either technology alone.