| This thesis demonstrates the feasibility of using power electronics for emulating electric power distribution systems. The proposed configuration is based on two back-to-back power electronic converters; one acts as a feeder, and the other one regenerates the power used in the process. This approach enables to mimic distribution lines in order to create a platform for cost-effective testing of equipment based on power electronics, especially medium voltage protective equipment and power converters for grid-connected renewable energy resources.;This work describes all the design criteria, simulations, and experimental results in a scaled down prototype as a technology demonstrator. |
