Implementation of Model to Analyse the Performance of Microturbine as a Dispersed Generator in Micro Grid

This paper implements models of important distributed generators for shearing the load. At first a model which describes and simulates the dynamic performance of a single shaft micro turbine is developed and this model can test the dynamic response for the power demand change from 0% to 120% of the rated value. The stand alone dynamic performance of the developed models is analyzed and evaluated. Results prove the effectiveness of the proposed developed model and this model can be used to describe the behaviour of the Micro Grid (MG) under different disturbance conditions like load following, load shedding, unbalanced loads, failure of one micro source and so on. By using the micro sources a complete model can be built for the description of the overall dynamic performance of the Micro Grid (MG). The viability of the proposed power control mode is simulated by MATLAB/SIMULINK