Modeling and Simulation of Different Types of Converter in SRM for Reducing the Torque Ripple Using PV as Source

Abstract

Switched Reluctance Machines (SRMs) are receiving significant attention from industries in the last decade. They are extremely inexpensive, reliable and weigh less than other machines of comparable power outputs. Although the design principles of the machine are available as a concatenation of many different sources, the need for a unified, step-by-step design procedure from first principles of electromagnetic is an absolute requirement.  The advantage of SR motors are highly reliable, good performance and reduces the maintenance. The absence of windings in rotor and permanent magnets gives possibility to achieve very high speeds (above 10000 rpm) and turned SRM into perfect solution for operation in hard conditions like presence of vibrations or impact. Such simple mechanical structure greatly reduces its price. In present work   detailed analysis, and modeling of six different type of converters used in with three phase switched reluctance motor (SRM). These converters are Asymmetric, Bifilar, Auxiliary, High Demagnetization dump, C-dump type. The simulation results are presented the proposed system is implemented to RES using Matlab/simulation software