Enhancing Power System Resilience: A Contingency-Based Approach for Integrating Renewable Energy Sources

This research paper investigates the critical need to improve power system resilience through a comprehensive strategy that combines contingency-based load flow analysis and strategic integration of renewable energy sources (RES) at identified weak points. The study proposes resilient solutions that fortify weak points through the incorporation of RES, such as solar and wind, by systematically evaluating vulnerabilities to potential disruptions. The study investigates the nuanced interaction of RES with existing infrastructure during disturbances, providing critical insights for strengthening the power grid. Diverse perspectives on the synergy between contingency-based analysis and targeted RES integration contribute to the development of a comprehensive framework for building a resilient power system. This all-inclusive approach ensures a reliable and sustainable energy future, which is critical for navigating the complexities of today’s ever-changing energy landscape.