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The Balaji 1.5 kW Wind Turbine is engineered for higher energy output, superior efficiency, and long operational life. Built on the proven Balaji turbine platform, this model incorporates powerful neodymium magnets for maximum energy capture in a compact alternator design. With a track record of strong performance across India, it is especially suited for residential, institutional, and commercial installations requiring reliable off-grid or hybrid renewable energy.
Higher Daily Generation – Proven performance of 19 units/day in Coimbatore conditions.
Advanced Generator Technology – Uses neodymium magnets for compact size, reduced cogging, and higher efficiency.
Low Cut-In Speed – Starts producing at ~3 m/s.
IEC Standard Build – Designed as per IEC 61400 principles for performance & safety.
Automatic Overspeed Protection – Side furling + electronic dump load.
Rugged Construction – Cast aluminum & marine-grade coating for Indian climate conditions.
Smart Controller – PWM/MPPT-based energy management with LCD monitoring.
Scalable System – Can be paralleled or integrated with solar for hybrid operation.
| Parameter | Details |
|---|---|
| Model | BSWT= 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 Power | 1.5 kW |
| Rated Wind Speed | 11–12.5 m/s |
| Cut-In Speed | ~3.0 m/s |
| Cut-Out Speed | 16–18 m/s |
| Survival Speed | 55 m/s |
| Daily Generation | ~19 units/day (Coimbatore climate) |
| Monthly Generation | ~570 kWh |
| Annual Generation | ~6,800 kWh |
| Alternator Type | Permanent Magnet Radial Flux (Neodymium) |
| Efficiency | 87–90% |
| Mount Size | 2.5 – 3 inches |
| Body / Housing | Cast Aluminum + Marine Coating (ASTM B-117) |
| Rotor Shaft | SS304 |
| Overspeed Control | Side Furling + Dump Load |
| Yaw System | Passive, Tail Fin |
| Weight | ~50 kg |
| Certifications | IEC, CE, ISO 9001:2008 |
Available in: 24V, 48V, 96V, 120V, 240V DC outputs.
Functions:
Advanced PWM/MPPT regulation for maximum energy capture.
Full-wave rectifier for AC → DC conversion.
Overvoltage protection & dump load diversion.
LCD display showing battery voltage, charging current, wind speed, kWh, and system status.
User-settable voltage points and supervisory password protection.
Residential & Rooftop Systems – Reliable power for homes.
Institutions & Colleges – Green energy awareness projects.
Telecom Towers – Backup & hybrid operation.
Rural Electrification – Continuous renewable energy supply.
Water Pumping – Standalone or hybrid solar-wind irrigation.
Industrial Use – Pipeline cathodic protection, remote installations.
Hybrid EV Charging – Integration with solar for green charging hubs.
Daily Output: ~19 kWh/day
Annual Output: ~6,800 kWh
Average Tariff (India, commercial/rural): ₹10 per kWh
Annual Savings: ~₹68,000
Lifespan: 15+ years
Payback Period: ~3–4 years (faster with subsidies)
Post-ROI Benefit: 10+ years of free electricity
Annual CO₂ Reduction: ~5,576 kg (~5.6 tonnes)
15-Year Impact: ~84 tonnes CO₂ avoided
Equivalent to: Planting 3,500+ trees over turbine life
Designed for Indian Climate: Works up to 52°C ambient temp.
Scalable Installations: Parallel multiple turbines for higher load.
Hybrid Ready: Seamless integration with solar PV.
Minimal Maintenance: Sealed bearings, weather-resistant materials.
Field Proven: Successfully running across India with documented daily generation.
✅ Proven 19 units/day generation in Indian wind conditions
✅ Neodymium magnet alternator for high efficiency & compact design
✅ Tested & rugged for Coimbatore, coastal & rural regions
✅ Strong after-sales support with spares & service
✅ Ideal balance of size, power, and ROI