Features
1. Utilizes a low-speed permanent magnet generator and a direct-drive, gearbox-free transmission design.
2. Multi-level safety features, including the company’s proprietary intelligent mechanical brake, electromagnetic brake, and automatic windward angle adjustment, ensure safe and stable operation of the wind turbine in extreme weather conditions based on real-time monitoring data.
3. The motor housing is integrally cast using aluminum extrusion molds for excellent heat dissipation and lightweight. The nacelle is integrally rolled from high-strength alloy steel plates with excellent corrosion protection, resulting in high mechanical properties and durability.
4. The rotor blades are precision-manufactured using the latest technology, with optimized aerodynamic design and structure, ensuring easy installation and a high wind energy utilization coefficient, increasing… Annual power generation
5. Professional magnetic circuit design, low motor starting torque, reduces starting wind speed, and improves wind energy utilization
6. Humanized design, lightweight and flexible components, easy to hoist, install, and dismantle
7. Suitable for applications such as small wind farms and smart grids
Storage
Unboxed wind turbines should be stored with necessary measures such as waterproofing, moisture-proofing, and fireproofing.
Instructions
1. Do not install the wind turbine in the rain or in winds of level 3 or above.
2. After unpacking the wind turbine, it is recommended to short-circuit the three leads of the wind turbine. This means twisting the exposed wires together to prevent the impeller from rotating.
3. Before installing the wind turbine, Before installing the motor, lightning protection and grounding equipment must be properly installed. This equipment can be installed according to national standards or customized based on local environmental and soil conditions.
4. Do not forcefully rotate the rotor blades during installation. Only after all installation is complete and inspection has been completed, and it has been determined that the installer is safe, can the short-circuited terminals be removed and the electrical equipment and loads connected before a trial run can be performed.
Product Structure
1. The magnets are made of high-quality, high-temperature-resistant neodymium iron boron magnetic material, resulting in low starting torque and noise.
2. The blades feature an advanced aerodynamic design and are constructed of reinforced fiberglass to ensure operational reliability.
3. The motor housing is made of high-strength aluminum alloy. The unit is integrally cast using a mold and features a spray-coated anti-corrosion finish, making it suitable for a variety of complex and harsh operating environments.
The nacelle is rolled from high-strength alloy steel, with a flange at the rear end for mounting the tail rudder.
4. The rear nacelle and tail rudder are bolted together, with the tail rudder length proportional to the blade length to ensure a stable center of gravity after installation.
5. The tail rudder features a flange at the front and built-in rivet nuts at the rear for easy installation of the tail rudder plate.
6. All exposed components of the unit feature a long-term anti-corrosion surface treatment, and the connecting screws are stainless steel or Dacromet-plated to ensure the turbine remains corrosion-free during long-term operation in harsh environments.