新疆首台带能量构网型SVG投用

Core Insights - The successful expert review of the Huaneng Honghe Valley energy-coupled SVG demonstration project marks a significant advancement in Xinjiang's grid equipment development, contributing critical technological support for the construction of a new power system [1] Group 1: Project Overview - The project is the first energy-coupled SVG in Xinjiang, serving as a core "active stabilizer" for the power grid [1] - The deployment of this equipment addresses voltage fluctuation issues in renewable energy bases, enhancing the grid's disturbance resistance and improving regional renewable energy absorption levels [1] Group 2: Technical Standards and Implementation - State Grid Xinjiang Electric Power Company has proactively developed and implemented the "Technical Specifications for Energy-Coupled SVG in Xinjiang Power Grid," establishing clear technical standards for energy configuration, voltage support strength, and active power regulation [1] - The project ensures efficient and precise engineering progress through these defined technical standards [1] Group 3: Testing and Validation - A dual verification testing model combining "laboratory semi-physical simulation + on-site measurement" has been innovatively constructed to validate the performance of the equipment [1] - The testing encompasses eight categories and 323 sub-items, thoroughly verifying the reliability of the control strategies and optimizing core control parameters [1]