DC Microgrids. Группа авторов

can be implemented. In Chapter 13, a decision tree-based protection scheme is designed for fault detection/classification and faulty section identification of DC microgrids during a faulty condition. The simple structure of the decision tree allows for achieving high accuracy in executing the protection task. The proposed algorithm is based on the acquisition of the voltage and current signals from the relaying buses. In Chapter 14, various passive and active islanding methods are discussed along with their merits and demerits, and individual lower-order harmonics are investigated along with the static transfer switch, which, as a new effective passive islanding method, is proposed for the inverter centered utility connected system.

      Nikita Gupta, Mahajan Sagar Bhaskar,Sanjeevikumar Padmanaban and Dhafer Almakhles Editors