BSWT 3.0 KW €� Rooftop & Coastal High-Efficiency Wind Turbine

Description

BSWT 3.0 kW – Rooftop & Coastal High-Efficiency Wind Turbine Balaji Systems Wind Turbine (BSWT) 2.5 kW is designed for rooftop, coastal, residential, institutional, and commercial applications. Its permanent-magnet neodymium alternator, carbon-fiber blades, and rugged marine-resistant construction are intended for reliable operation in demanding Indian climate conditions. Key Highlights - Rated Power: 3.0 kW - Field-reported generation: 35–49 kWh/day at Kotivakkam, Chennai - Cut-in wind speed: ~3.0 m/s - Rated wind speed: 11–12.5 m/s - Rotor diameter: ~4.0 m - 3 carbon-fiber composite blades - Neodymium permanent-magnet alternator - Alternator efficiency: 88–90% - Passive tail-fin yaw system - Side furling + dump-load overspeed protection - Survival wind speed: up to 55 m/s - Available controller voltages: 48V / 96V / 120V / 240V DC - Solar-wind hybrid compatible - Designed for coastal and rooftop environments Field Performance Kotivakkam, Chennai – Coastal Region Reported daily generation: 35–49 units/day For a commercial brochure, I recommend labeling this specifically as “Field Data / Site Performance” rather than presenting it as a guaranteed output, because actual generation varies with wind speed, turbulence, tower height, installation conditions, and load/controller configuration. Applications ?? Residential rooftops ?? Colleges & institutions ?? Commercial buildings & IT parks ?? Coastal installations ?? Telecom towers ?? Water pumping & agriculture ?? Industrial/remote applications ? Wind + solar hybrid systems ?? Hybrid EV charging stations ROI – Based on Your Stated Assumptions Parameter Value Daily generation 35–49 kWh Annual generation ~12,000–15,000 kWh Assumed electricity value ?10/kWh Estimated annual value ?1.20–1.50 lakh Design life 15+ years Stated payback estimate ~3–4 years Note: Actual ROI depends on installed project cost, wind resource, electricity tariff, availability, maintenance, financing, and site conditions. The 3–4 year payback should therefore be presented as an estimate, not a guarantee. Environmental Benefit Using your stated assumptions: - Estimated CO2 reduction: ~9.8–12.3 tonnes/year - 15-year estimate: ~150–185 tonnes CO2 The exact environmental benefit depends on the electricity-generation mix being displaced, so these figures should be described as estimated.