BSWT-2.0 KW SMALL WIND TURBINE

Description

BSWT-2.0 kW SMALL WIND TURBINE Balaji 2.0 kW – Robust & High-Efficiency Wind Turbine PRODUCT OVERVIEW The Balaji 2.0 kW Wind Turbine is engineered for medium-scale power generation and is suitable for homes, institutions, telecom sites, agricultural applications, industrial locations, and coastal communities. Featuring an advanced Permanent Magnet Neodymium Alternator, the turbine is designed for high efficiency, low maintenance, and durable operation under demanding weather conditions. Field Data: Approx. 25–30 kWh/day under selected coastal wind conditions. KEY ADVANTAGES Feature Description Daily Generation 25–30 kWh/day* Alternator High-efficiency Neodymium Permanent Magnet Start-Up Wind Speed Approx. 3.0 m/s Overspeed Protection Side Furling + Electronic Dump Load Blade Material Carbon Fiber Composite Housing Cast Aluminium + Marine Coated MS Shaft SS304 Controller MPPT/PWM with LCD Monitoring Hybrid System Wind + Solar + Battery Scalability Multiple turbines can be installed in parallel TECHNICAL SPECIFICATIONS PARAMETER SPECIFICATION Model BSWT / Balaji 2.0 kW Rated Power 2.0 kW Rotation Axis Horizontal Orientation Upwind Number of Blades 3 Blade Material Carbon Fiber Composite Rotor Diameter ~3.6 m Swept Area ~10 m² Rated Wind Speed 11–12.5 m/s Cut-In Wind Speed ~3.0 m/s Cut-Out Wind Speed 16–18 m/s Survival Wind Speed 55 m/s* Alternator Permanent Magnet Radial Flux Magnet Neodymium Efficiency 88–90%* Body / Housing Cast Aluminium + Marine-Coated MS Rotor Shaft SS304 Mount Size 3 inches Weight ~65–70 kg Overspeed Protection Side Furling + Dump Load Yaw System Passive Tail Fin Controller MPPT / PWM DC Options 48V / 96V / 120V / 240V WIND CHARGE CONTROLLER Available Configurations: 48V • 96V • 120V • 240V DC Functions - PWM / MPPT energy regulation - 3-phase AC-to-DC rectification - Automatic dump-load diversion - Battery over-voltage protection - Battery under-voltage protection - LCD monitoring - Wind-speed monitoring with anemometer - Instantaneous and cumulative kWh display - System status and fault alerts APPLICATIONS Residential | Agriculture | Telecom Towers | Coastal Communities | Institutions | Colleges | Industries | Water Pumping | Irrigation | Remote Power | Wind-Solar Hybrid | EV Charging ENERGY & ROI Parameter Indicative Value Daily Generation 25–30 kWh/day* Annual Generation 9,000–10,500 kWh* Reference Tariff ?10/kWh Indicative Annual Energy Value ?90,000–?1,05,000 Design Life 15+ years* Indicative Payback ~3–4 years* ENVIRONMENTAL BENEFITS Annual CO2 Reduction ~7.5–8.6 tonnes/year* 15-Year Potential ~115–129 tonnes CO2 avoided* Wind energy can help reduce dependence on grid electricity and fossil-fuel-based generation when the turbine is installed at a suitable wind-resource site. EXTRA FEATURES ? Indian Climate Ready – Designed for high-temperature environments ? Marine-Grade Construction – Suitable for coastal environments ? Hybrid Compatible – Integrates with solar PV and battery storage ? Scalable – Multiple units can be deployed for larger loads ? Low Maintenance – Weather-resistant construction and sealed bearings ? Field Tested – Field-generation data available for selected installations