Research On Electrostatic Wind Power Generator Based On Parameters Affecting Atomization Efficiency

With the improvement of people’s living standard, the traditional energy has been unable to meet the daily needs of people,, so need new sources of energy- wind, replace the traditional energy sources in the position in our lives. Wind power belongs to the natural resources, it is inexhaustible, but because of the disadvantages of traditional wind generator coupled with many of the accidents occurred in recent years, the traditional wind turbine to the long-term development of it not, so need to find new ways to use wind power. This thesis adopts the static wind generator to replace the traditional wind turbine to generate power, due to its low noise, convenient installation, maintenance is simple, has the advantages of traditional wind turbine does not have, so it is has a great development prospect in the future.Improve the efficiency of the electrostatic force of the wind generator is a focus in the study of this article, by improving the atomization effect to improve the efficiency of wind turbines. In accordance with the test plan, and summarizes the following steps:First chapter the paper mainly introduces the development status quo of traditional wind turbine, sums up the problems existing in the traditional wind turbine, and history and the study methods of static wind turbines at home and abroad, and raises research present situation and the research prospect of atomization. The second chapter mainly discussed to improve the efficiency of the electrostatic force of the wind generator will improve the effect of atomization, further explains the atomization method and theory of atomization involved, the dynamic model of charged droplet after atomization is studied. Through experimental research, found that many factors that affect the atomization but the main influence factor is the structure of nozzle, the nozzle size and spacing, the size of the wind speed, thus it is concluded that the improvement of these parameters can improve the efficiency of nebulization. The third chapter mainly through comparing several kinds of nozzle structure, analysis of their respective characteristics, to select the test of the nozzle structure is suitable for this paper. Using simion simulation software simulation when different number of nozzle and nozzle spacing of voltage near the nozzle, through the matlab simulation data of the fitting so as to simulate the different nozzle number corresponding to the best nozzle spacing. The fourth chapter focuses on research in different nozzle after the corresponding optimal spacing size, change their wind speed particles away by the wind effects to the minimum wind speed high voltage places. The paper introduces the experimental platform of static wind generator set, according to the simulation data of the experiment get each nozzle and spacing of atomization result diagram, and change the size of the wind speed. Charged droplet trajectory graphics in the experiment, through the analysis of these graphics to get three new institutionalism 17 mm nozzle spacing, wind speed of 7 m/s atomizing effect is best.