BSWT-1.5 KW SMALL WIND TURBINE

Description

BSWT-1.5 kW SMALL WIND TURBINE Balaji 1.5 kW – Advanced Micro Wind Turbine The Balaji 1.5 kW Wind Turbine is designed for efficient distributed power generation, with applications in residential, institutional, agricultural, telecom, commercial and hybrid renewable-energy systems. Featuring a Permanent Magnet Neodymium Alternator, the BSWT-1.5 kW is designed for efficient energy capture, compact construction, low maintenance and reliable operation in Indian climatic conditions. Field Data: Approximately 19 kWh/day under the stated Coimbatore conditions.* KEY ADVANTAGES FEATURE DESCRIPTION Daily Generation ~19 kWh/day* Generator Technology Neodymium Permanent Magnet Alternator Cut-In Wind Speed ~3.0 m/s Overspeed Protection Side Furling + Electronic Dump Load Blade Construction Carbon Fiber / Reinforced Composite Housing Cast Aluminium + Marine Coating Rotor Shaft SS304 Controller PWM / MPPT + LCD Monitoring Hybrid System Wind + Solar + Battery Scalability Multiple units can be integrated TECHNICAL SPECIFICATIONS PARAMETER SPECIFICATION Model BSWT-1.5 kW Rated Power 1.5 kW Rotation Axis Horizontal Orientation Upwind Number of Blades 3 Blade Material Carbon Fiber / Polypropylene Reinforced Rotor Diameter ~3.2 m Swept Area ~8 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* Daily Generation ~19 kWh/day* Monthly Generation ~570 kWh* Annual Generation ~6,800 kWh* Alternator Permanent Magnet Radial Flux Magnet Neodymium Generator Efficiency 87–90%* Mount Size 2.5–3 inches Body / Housing Cast Aluminium + Marine Coating Rotor Shaft SS304 Overspeed Protection Side Furling + Dump Load Yaw System Passive Tail Fin Weight ~50 kg Controller Options 24V / 48V / 96V / 120V / 240V DC WIND CHARGE CONTROLLER Available Voltage Configurations 24V • 48V • 96V • 120V • 240V DC Core Functions - PWM / MPPT energy regulation - Full-wave 3-phase AC-to-DC rectification - Automatic dump-load diversion - Over-voltage protection - Battery protection - LCD monitoring - Battery voltage display - Charging-current display - Wind-speed display - kWh generation monitoring - System status and fault alerts - User-settable voltage points - Supervisory password protection APPLICATIONS Residential & Rooftop Systems Power generation for homes and small buildings. Institutions & Colleges Renewable-energy demonstration and energy-saving projects. Telecom Towers Wind–solar hybrid and backup applications. Rural Electrification Distributed renewable power for remote locations. Water Pumping & Irrigation Standalone or wind–solar hybrid pumping systems. Industrial Applications Remote installations and cathodic-protection applications. Hybrid EV Charging Wind + solar renewable-energy charging systems. ENERGY & ROI PARAMETER INDICATIVE VALUE Daily Generation ~19 kWh/day* Annual Generation ~6,800 kWh/year* Reference Electricity Value ?10/kWh Indicative Annual Energy Value ~?68,000 Design Life 15+ years* Indicative Payback ~3–4 years* Potential Long-Term Benefit With suitable wind conditions, electricity tariffs, system utilization and installation costs, the turbine may provide significant energy savings over its operating life. ENVIRONMENTAL BENEFITS Potential Annual CO2 Reduction ~5.6 tonnes/year* Potential 15-Year Reduction ~84 tonnes CO2* The actual environmental benefit depends on the electricity generation displaced and the applicable grid/fuel emissions factor. EXTRA FEATURES ???? Indian Climate Ready Designed for operation in demanding Indian climatic conditions, with an operating ambient temperature specification of up to 52°C*. ?? Marine-Grade Construction Marine-coated components are designed to improve durability in challenging environments. ?? Hybrid Ready Can be integrated with solar PV and battery storage. ?? Scalable Multiple BSWT-1.5 kW units can be deployed for larger energy requirements, subject to system design. ?? Low Maintenance Sealed bearings and weather-resistant construction help reduce routine maintenance requirements. ? Field Proven Documented field-generation data can be provided for applicable installations. WHY CHOOSE BSWT-1.5 kW? ? Approx. 19 kWh/day field-generation data* ? Neodymium permanent-magnet alternator ? Compact and efficient turbine design ? Designed for Indian climatic conditions ? Wind + solar hybrid compatible ? Low-maintenance construction ? Suitable for residential, rural, institutional and commercial applications ? Balaji Systems after-sales service and spare-parts support