A Novel design Solution to Reduce Load Variations in DC-DC converter for Microgrid using Ordinary Differential Equations

Authors

  • N. Vinothkumar
  • Tamilarasu Viswanathan

Abstract

This paper offers a new design solution for reducing the load variations impact on the DC-DC converter applied for micro grid using Ordinary differential Equations (ODE). After applying the proposed scheme, the chance to remove the load effects on sudden variations in the loads and encounter the practical restrictions of DC-DC converters involvement controller and state space signals. Initially, the model of the DC –DC converter, is match with an ideal initial values for better development of the system. This method can extended to solve with general Runge - Kutta (RK) method up to 5th order ODE up to 100th steps. After the different execution data, the design solutions are take out as solutions. These new design and verified with actual load variation and produced exceptional results through simulation

Downloads

Published

2020-04-09

Issue

Section

Articles