DISTRIBUTED ENERGY RESOURCES COMPENSATION TECHNIQUE FOR SMART GRID APPLICATIONS - A REVIEW

Distribution generation based on sustainable has appeared as a demanding part of research between investigators to conflict the issue of maximizing the pressure. In case of microgrids of DG basis, suspended loads and generators are in close level in a bid to assist consecutive power supply. In DG systems electronic interfacing originate critical power quality issues of harmonics in generation and compensation of reactive power which make the distribution of power system inferior. The compensation of Reactive power is necessary to support an adequate level of power standard in microgrids due to tightly coupled distribution with generation. So, many experiments have been claimed in this research area for reduction of these agitated hurdles in the enlarging microgrid system. Modern fashions are around attainment of devices used for different task to tackle various standardization of power problems concurrently. So this paper presents an analysis of a microgrid, its designing and challenges in standardization of power problems accepted in the microgrid, analyzing compensation methods reported by previous investigators utilizing different techniques of control, algorithms, and devices