A software platform for voltage stability analysis in power systems with high renewable energy resources

Résumé fourni par la source

This study presents the development of a specialized software platform designed to assess and enhance voltage stability in power systems with high renewable energy penetration. The platform integrates advanced simulation models, real-time data processing, and voltage ride-through (VRT) capabilities, providing a comprehensive tool for grid operators to analyze stability under various renewable penetration scenarios. Key features include dynamic weak-point identification, adaptive control recommendations, and an intuitive visualization interface, all tailored to the unique challenges presented by inverter-dominated renewable energy sources. The proposed platform was tested in a simplified provincial power grid, revealing significant improvements in stability margin and response capabilities during transient disturbances. This tool aims to support secure and efficient grid operation in regions with high renewable energy deployment by offering a targeted, scalable solution to manage the complexities of voltage stability in modern power systems.

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