Switched Reluctance Generator for complementary Wind Power Generation in Grid Connection

This paper focuses on switched reluctance generator dealing with the grid operation of the power machine with dc output. Mathematical and computing models for this generator are presented. In addition, an inexpensive power converter topology was used. This converter allows to supply the electrical load even when the generator is off. Simulations and experimental results are also presented. This power machine can make the complementary wind power generation cheap end efficient.