Research On A New Energy Integrated Power Generation System Based On Double Rotors

It is commonly known that a diversified integrated new energy power generation system(wind-solar hybrid power generation)is usually more stable than a single new energy power generation system.However,the current research is often achieved through the repeated charging of energy storage devices by complementary controllers.Obviously,this method is very uneconomical,and the response of the controller is far less variable to the complexity of the natural environment,failing to achieve the theoretical expected effect.Therefore,a detailed study of the wind-solar hybrid power generation system was carried out to improve the efficiency and stability of new energy generation.(1)A dual-rotor generator,the armature winding of the generator driven by the wind wheel rotates forward,and the excitation winding of the solar energy rotates in reverse,as a new type of generator,was introduced on the basis of previous studies.The physical coordination of the structure is used to adapt to the changing environment.Even so,it is still very uneconomical and impractical to build traditional wind,rain,and rain power generation systems in the same area.(2)In order to further solve the above problems,further changes on the shape of the wind turbine,along with the external structure of the wind turbine redesign,could be reached on the basis of the INVELOX wind turbine.A new power generation method is designed,combining wind,light and rain-three different energy sources into "Three for One" and simultaneously improving the efficiency of power generation while increasing stability.(3)This article not only designed the three-dimensional model,determining the relevant parameters,but also made a corresponding physical model.A series of analysis and experimental results show that this design is superior to traditional wind power system in terms of stability,economy and many other aspects,but there are also some problems.The research in this paper is of great significance for the realization of all-weather new energy power generation system.