Assessment of Carrying Capacity and Optimized Operation Methods for Distributed Photovoltaic and Wind Power in Rural Distribution Networks

As clean energy gains popularity, integrating distributed photovoltaic and wind power into rural distribution networks poses challenges to their stability. This study evaluates the carrying capacity of these networks and explores operational strategy optimization to enhance their efficiency and capacity. Using mathematical modeling and simulation, the research proposes customized strategies based on real conditions to maximize clean energy use while maintaining network stability. The findings indicate that effective optimization can significantly improve the network's carrying capacity, supporting more sustainable and efficient rural power development.