Research On Windless Power Generation System Based On No Blade

Wind energy as a renewable green energy,is one of the most commercially valuable new energy.But the most widely used horizontal and vertical axis wind turbines currently have many problems,such as: noise,easy to malfunction,an cause visual impairment and so on.In this paper,based on the electrostatic atomization of droplets,the wind energy is converted into electrical energy,In the high-voltage electrostatic field,use the wind energy to make atomization of charged droplets to do the work to achieve energy conversion.The new power generation technology has the advantages of no noise,high efficiency,easy maintenance and so on,with good prospects for development.In this paper,the research object is no leaf electrostatic wind power generation technology,and based on this study do the following work: First,theoretical analysis for the entire non-leaf electrostatic wind power system.Secondly,the effect of single nozzle electrode structure parameters and nozzle structure parameters on droplet atomization was simulated by Simion simulation software,and the optimal electrode structure parameters with little influence on droplet atomization were obtained.Thirdly,the non-linear effect of the multi-nozzle in the single-column electrode and the multi-nozzle in the multi-nozzle electrode was analyzed by Simion simulation software.And the electrostatic atomization and multi-nozzle structure with no nonlinear effect is obtained.Fourthly,the influence of different types of liquid on the atomization effect of the liquid was verified by constructing the experimental platform of the electrostatic atomization system.At the same time,the correctness of the simulation of the previous chapter was verified by the experimental atomization effect picture and data.The research results of this paper will be a reference material for the wind power generation technology based on droplet electrostatic atomization,which has certainreference value and also provides theoretical basis for further research in other aspects of related technology.