空气动力学优化 Aerodynamic Optimization

计算机辅助设计 +有限元分析 Computer - Aided Design + Finite Element Analysis 

    运用前沿的空气动力学设计理念与精湛的制造工艺。 采用先进的空气动力学优化技术，对吃瓜91叶片的形状、角度和结构进行精细调整。通过这些优化措施，吃瓜91的气动性能得到显著 提升，涡流和阻力大幅降低，进而提高了吃瓜91的整体效率。同时，优化后的叶轮不仅高效运转，其强度也能满足优异的动平衡要求， 确保吃瓜91在运行过程中稳定可靠。 Apply cutting - edge aerodynamic design concepts and exquisite manufacturing techniques. Advanced aerodynamic optimization techniques are adopted to finely adjust the shape, angle, and structure of the wind turbine blades. Through these optimization measures, the aerodynamic performance of the wind turbine is significantly enhanced, with vortices and resistance being greatly reduced, thus improving the overall efficiency of the wind turbine. At the same time, the optimized impeller not only operates efficiently but also has sufficient strength to meet excellent dynamic balance requirements, ensuring the stable and reliable operation of the wind turbine.