Hardware in the loop simulation for optimal management of electrical power converters

This paper focuses on the feasibility and the implementation of the hardware in the loop `HIL' technique in a power electronic environment for an optimal management and efficiency in term of energy, time and cost savings. This study will deal with the power electronics of a power traction system. The power system containing a chopper, two three-phase current fed inverters and induction motors is analyzed and simulated according to real time simulation `RTS' requirements. The technology's advantages and related improvements are discussed and results are generalized.