Synthesis And Properties Direct Shaping Of An Additive Subset Of Non-Conventional Combined Independent Brushless Exciting Devices For Synchronous Generators

Abstract

Algorithm of the directed formation of properties of structures for additive subset of independent brushless exciting devices for synchronous generators is considered in the paper. The set of exciting device power part elements is synthesized, allowing to apply nonconventional methods of magnetic and electric combination with the purpose of reduction of expenses for active and constructive materials, as well as labor expenditures for manufacture of the power part of the exciting device. The basic electric circuit of the nonconventionally combined brushless exciting device power part was implemented in practice of Russian electromechanical engineering. The scope of use and advantages of brushless nonconventionally combined exciting devices is shown.