A new approach to develop a template based load model that can dynamically adopt different types of non-linear loads

Abstract

In modern days, residential and commercial users use various types of loads most of which produce huge harmonics. Though most of the people are using more energy efficient power equipment's due to high costing of electric power consumption, but they have a little concern on power quality. A comprehensive study is required to find out the evaluation of the effects of the nonlinear loads of different combination on the overall power quality of a distributed network. There are different indices for power quality that would be maintained in utilities to ensure harmless operation of the power supply network including generators, transmission lines and transformers. In this paper, our focus is to develop an integrated load model that can dynamically adopt different types of loads so that we can conclude theoretically on the power quality parameters on any combination of load.