The main stress points of the blades are concentrated on the hub, so problems such as blade detachment, breakage, and blade ejection are well resolved.
The horizontal rotation keeps wind pressure low, allowing it to withstand typhoons at 45 m/s; the tail vane adopts automatic yaw design with a folding tail style, providing stronger typhoon resistance.
Due to its unique design structure and operating principle, it has a smaller turning radius than other forms of wind generators, saving space and improving efficiency.
The start-up wind speed is lower than other forms of wind generators, and the power output rises gradually. In the 5~8 m/s wind speed range, its power generation is 10%~30% higher than other types of wind generators.
The blades have built-in overspeed protection, and can be configured with both mechanical manual and electronic automatic braking. In areas without typhoons and strong gusts, only manual braking needs to be set.
The casing is made of A3 steel, compact in size, lightweight, attractive in appearance, and has low vibration during operation. Flange installation ensures high strength, easy installation and maintenance.
Reinforced FRP wind wheel blades with optimized aerodynamic and structural design enable low start-up wind speed, high wind energy utilization coefficient, and increased annual power generation.
Permanent magnet rotor AC generators are used to effectively reduce generator cogging torque, while the wind wheel and generator have excellent matching characteristics, ensuring reliable unit operation.
Optional high-power tracking intelligent controller for effective current regulation.
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