An Efficient Approach for Synchronous Generator-Based Diesel-PV Hybrid Micro-Grid with Power Quality Controller

Abstract

Incorporating renewable energy sources, such as photovoltaic (PV) systems, into microgrids offers a promising path for sustainable and robust power generation. However, the intermittent nature of renewable energy sources requires robust solutions to ensure continuous power supply and high-quality electricity. This abstract presents an innovative and effective method for a hybrid microgrid combining a synchronous generator, diesel, and PV sources, enhanced by a sophisticated power quality controller. The proposed hybrid micro-grid system is designed to address the challenges associated with intermittent and variability of PV generation, ensuring uninterrupted power supply to meet the demands of both urban and remote areas. This approach leverages the synchronous generator's reliable power output, complemented by the clean and renewable energy generated by PV systems. Through advanced control algorithms and innovative technology, this system optimally manages the power flow. A power quality controller is incorporated into the hybrid microgrid, which improves the stability and reliability of the electricity supply. This controller actively monitors and regulates voltage and frequency levels, mitigating fluctuations and disturbances caused by sudden load changes or intermittent renewable energy generation. The combination of a synchronous generator, PV systems, and a power quality controller not only enhances the energy efficiency of the microgrid but also contributes to reducing environmental impact. The objective of this research is to offer a sustainable and cost-effective solution for meeting energy demands while upholding high power quality standards.