1000W 1500W 2000W 2500W 3000W Horizontal Axis Wind Turbine
The horizontal axis wind turbines are designed to maximize wind energy capture and provide reliable power generation. These turbines feature low-speed permanent magnet generators, which enable them to start generating electricity at low wind speeds and achieve high wind energy utilization. Their compact size and lightweight design make them easy to install and maintain, while their attractive appearance and low-vibration operation ensure they fit seamlessly into various environments.
Technical Specifications
| Model | L-1000 | L-1500 | L-2000 | L-2500 | L-3000 |
| Rated power | 1000W | 1500W | 2000W | 2500W | 3000W |
| Rated voltage | 48V/96V/120V/220V/240V | ||||
| Start the wind speed | 2m/s | ||||
| Rated wind speed | 11m/s | ||||
| Safe wind speed | ≤50m/s | ||||
| Fan blade diameter | 2.6m | 2.9m | 3.5m | 3.8m | 4.1m |
| Number of blades | 3 | ||||
| Blade material | Reinforced FRP | ||||
| Fuselage material | Reinforced die-cast aluminum | ||||
| Magnetic steel material | NdFeB | ||||
| Generator type | Three-phase AC permanent magnet synchronous generator | ||||
| Control mode | Electromagnetic brakes | ||||
| Wind direction adjustment | Automatically adjusts the windward angle | ||||
| Net weight/gross weight | 75kg/90kg | 85kg/100kg | 215kg/250kg | 230kg/265kg | 245kg/280kg |
Commercial Horizontal Wind Turbines Features
- Advanced Safety System: The turbines feature intelligent mechanical brakes, electromagnetic brakes, and automatic yawing to provide multi-level safety protection. They can monitor real-time data to ensure safe and stable operation of the wind turbines even in extreme weather conditions.
- Durable Construction: The motor housing is aluminum alloy die-cast in one piece for good heat dissipation and light weight. The nacelle is high-strength alloy steel, cast in one piece and corrosion-resistant, ensuring high mechanical performance and long-term durability. The tail vane has a folding design that automatically yaws to face the wind, enhancing typhoon resistance and safe operation.
- Efficient Blade Design: New processes optimize the aerodynamic and structural designs of wind turbine blades during manufacturing. They are easy to install and have a high wind energy utilization coefficient, which increases the annual power generation.
- User-friendly Design: The overall components of the turbines are lightweight and flexible, making them easy to lift, install, and dismantle. They are suitable for applications in small wind farms, smart grids, and other similar settings.
Production Real-shot
