Solar panels convert about 20% of the sunlight they receive into electricity. That may sound low, but advancements in panel design and solar tracking systems are quickly improving these numbers.
-Floating wind farms -Vertical axis turbines for tighter spaces -Improved blade design for higher efficiency in low-wind areas
-Bifacial solar panels that capture light on both sides -Perovskite cells with better efficiency -AI-powered inverters for smart energy use
Wind turbines cost more upfront and suit large-scale use, with an ROI of 8–10 years based on size and location.
Wind energy, while powerful, is region-dependent and can be inconsistent. That’s why wind farms often require backup systems or storage options.
Wind turbines, however, need open land and safety clearance. They aren’t suitable for dense urban areas, which limits adoption.
Solar panels can be mounted on rooftops, carports, or open ground. You only need about 100 sq. ft. per kW, making it ideal for homes and businesses.
Wind turbines, however, need open land and safety clearance. They aren’t suitable for dense urban areas, which limits adoption.
Solar panels can be mounted on rooftops, carports, or open ground. You only need about 100 sq. ft. per kW, making it ideal for homes and businesses.
-Tamil Nadu -Gujarat -Karnataka
– Rajasthan – Maharashtra – Telangana
– Up to 40% subsidy for rooftop solar under PM Surya Ghar Yojana – Accelerated depreciation and tax benefits for commercial wind farms – State-specific net metering and solar rooftop schemes