ELECTROMECHANICAL MULTI-POSITION POWER TRANSMISSION SYSTEM, MODEL AND ALGORITHM OF OPERATION

Abstract

Currently, the development of new wireless power transmission devices (charging systems) continues, one of which is presented in this article. The presented technical idea of the charging system can be applied both to electric vehicles and to mobile devices. The design, model and algorithm of operation of the original multi-position contactless capacitive electromechanical system for transferring energy to the board of an electric vehicle are presented. The calculations have shown that the goal can be achieved with the already achieved level of technology and the element base of electronic components. In the future, it is planned to carry out calculations of the electrical circuit of the already designed device, taking into account the impedance of the circuit and to develop a specific algorithm for the operation of the control electronic device of the proposed charging system. In particular, it is planned to build a model of joint operation of the described electromechanical power transmission device with the storage device and electromechanical transmission developed by the authors, when a synergistic effect can be obtained in increasing the efficiency of the developed storage device in electric transport. It is also planned to work on the implementation of the system model in relation to mobile devices.