The BSWT5.0 kW Wind Turbine is the flagship heavy-duty model designed for industrial, grid-connected, and wind farm projects. Built with neodymium magnet alternator technology and engineered to withstand harsh coastal and industrial climates, this turbine offers superior power generation, grid-integration capability, and unmatched reliability.
In real-world conditions, the Balaji 5 kW turbine generates energy equivalent to a 25 kW solar system, making it one of the most efficient renewable energy solutions available. Factories and industries can cluster 10 turbines (50 kW) to feed into a single output for grid export or captive consumption, creating a mini wind farm at factory level.
High Daily Generation: ~70–100 kWh/day in strong wind zones.
Equivalent to Solar: 5 kW wind = ~25 kW solar in annual energy yield.
Grid-Sales Ready: Perfect for on-grid applications and wind farm integration.
Cluster Installation: Multiple turbines (e.g., 10 × 5 kW = 50 kW) can be connected to a single output line.
Advanced Alternator: Neodymium magnets ensure > 92% efficiency with low cogging.
Heavy-Duty Construction: Industrial-grade housing, bearings, and blades.
Long Life: 20+ years operational life with minimal servicing.
Hybrid-Ready: Can be combined with solar PV for continuous generation.
| Parameter | Details |
|---|---|
| Model | BSWT 5.0 kW |
| Rotation Axis | Horizontal |
| Orientation | Upwind |
| Number of Blades | 3 |
| Blade Material | High-Strength Carbon Fiber Composite (Epoxy Resin + PU Coated) |
| Rotor Diameter | ~6.0 m |
| Swept Area | ~28.3 m² |
| Rated Power | 5.0 kW |
| 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 | 60 m/s |
| Daily Generation (Field Data) | 70–100 kWh/day |
| Annual Generation | ~25,000 – 36,000 kWh |
| Alternator Type | Permanent Magnet Radial Flux (Neodymium) |
| Efficiency | 92%+ |
| Body / Housing | Cast Aluminum + Marine Grade Coated MS (ASTM B-117) |
| Rotor Shaft | SS304 Heavy Duty |
| Mounting Tower | 18–24 m Tubular / Lattice Tower |
| Weight | ~250–300 kg |
| Overspeed Protection | Side Furling + Dump Load + Electronic Torque Control |
| Yaw System | Passive Tail Fin |
| Certifications | IEC, CE, ISO 9001:2008 |
Grid-Connected Inverter Compatibility: 240V / 380V on-grid inverters (Deye, GoodWe, Solis, etc.)
Cluster Integration: Up to 10 turbines feeding a single bus line.
Smart Controller Features:
MPPT-based for optimal energy harvest
Real-time LCD display of kW, kWh, wind speed, voltage & current
Automatic dump load & overspeed control
Remote monitoring option (IOT-enabled)
Industrial Factories: Direct captive power or export to grid.
Wind Farms: Suitable for medium-scale and decentralized wind parks.
Commercial Buildings: Large institutions, colleges, and campuses.
Export Projects: Designed per IEC 61400, CE standards for global installations.
Hybrid Wind-Solar Plants: Ensures continuous generation, day & night.
Coastal & Island Power: High performance in strong wind corridors.
Cluster Installations: 10 × 5 kW turbines = 50 kW wind farm for a single factory or community.
Daily Output: 70–100 kWh/day
Annual Output: ~25,000 – 36,000 kWh
Average Tariff (India, industrial/commercial): ₹10 per kWh
Annual Savings: ₹2,50,000 – ₹3,60,000
Lifespan: 20+ years
Payback Period: ~3 years (faster in high tariff industrial zones & wind corridors)
Post-ROI Benefit: ~17+ years of free electricity
Annual CO₂ Reduction: ~20 – 29 tonnes/year
20-Year Impact: ~400 – 580 tonnes CO₂ avoided
Equivalent to: Planting 18,000+ trees over turbine lifetime
Industrial Grade Build: Non-rooftop, heavy-duty turbine.
Marine-Grade Coating: Resistant to coastal corrosion.
IOT Monitoring (Optional): Remote monitoring & diagnostics.
Hybrid Scalability: Works with solar + batteries for round-the-clock supply.
Proven Technology: Running in coastal India & export markets.
Wind Farm Ready: Ideal for bulk installations with common output grid.
✅ Equivalent to a 25 kW solar system in output
✅ Grid-ready turbine for industrial & wind farm projects
✅ Proven daily generation: 70–100 units/day
✅ Cluster-ready: 10 turbines = 50 kW single output farm
✅ Heavy-duty, 20+ year lifespan with minimal servicing
✅ Backed by Balaji Systems engineering & after-sales support