Fan blade

The research team of Jenmour New Energy has conducted many computer simulation analysis and experimental verification of wind power blades such as on-site load, sound and power measurements, optimized the design of the blades, and continuously improved the reliable quality and superior performance of the blades.

Features：
a. The use of epoxy resin with excellent performance instead of unsaturated polyester resin improves the adhesion properties of the glass fiber/resin interface, improves the load bearing, corrosion resistance and scouring resistance of the blade, and ensures long-term use in harsh working environments.；
b. The optimal shape design and structure optimization design of large composite blades that meet aerodynamic requirements, and the largest blade area is obtained with the smallest blade weight, so that the blades have higher wind capture capacity.;
c. The quality of the blades is light, the quality of the blades is evenly distributed, the dimensional accuracy is accurately controlled, and the long-term use performance is reliable.
d. The blade of the wind turbine is designed as a metal structure at its tip as a flasher at the tip of the blade, which can effectively protect the blade from lightning and ensure the continuous and stable operation of the wind turbine.