Power Sharing between Distributed Generators on Inductive Microgrid with Dynamic Load

This work is subjected to design a low voltage micro-grid that is inductive in nature. Load sharing among distributed generators on inductive micro-grid is one of the major ongoing challenging tasks this work meets with intuitive control systems. Bus-bar based voltage and frequency measure-ments are the key features revoking the need for communication channels are incorporated here to apply improved droop control like controlling systems for sharing real and reactive power among generating units as well as keeping voltage and frequency profile stable at every corner of the system. Operation of dynamic load in three separate events, normal, faulty and load changing, has been introduced and its functionality verified on MATLAB/ Simulink based simulation. Voltage and frequency fluctuation in the inductive micro-grid has been found in accordance with the IEC 60038 standard protocol.