基于介电弹性体的风力发电机结构设计

Structural Design of Wind Turbine Based on Dielectric Elastomer

近些年,随着工业发展和化石燃料的消耗,环境污染问题日益凸显,开发可持续发展的绿色能源已成为世界各国的必然选择。风能是一种取之不尽的绿色能源,该文设计一种将风能转换为电能的发电机,该发电机利用新型智能材料介电弹性体来发电,发电过程中没有固体、气体等污染物的排放。与其他发电机相比,该文所述发电机具有发电量大、发电效率高的优势。该发电机的出现有助于减少化石能源的消耗,促进新能源产业的发展。

In recent years,with the development of industry and the consumption of fossil fuels,the problem of environmental pollution has become increasingly prominent.The development of sustainable green energy has become an inevitable choice for countries all over the world.Wind energy is an inexhaustible green energy.This paper designs a generator that converts wind energy into electric energy.The generator uses a new smart material dielectric elastomer to generate electricity,and there is no solid,gas and other pollutants in the process of power generation.Compared with other generators,the generator described in this paper has the advantages of large power generation and high power generation efficiency.The emergence of this generator will help reduce the consumption of fossil energy and promote the development of new energy industry.