Core Insights - The large-scale integration of renewable energy has led to subsynchronous oscillations, which pose a significant technical challenge for the industry, affecting equipment integrity and power supply stability, and hindering the efficient consumption of clean energy [2][12] - A specialized technical team has developed an innovative solution based on "dynamic voltage control of DC-side supercapacitors," successfully mitigating subsynchronous oscillations in renewable energy stations, indicating a promising application potential [2][12] Group 1 - The innovative project titled "Research and Application of DC-side Supercapacitor Voltage Equalization Technology for Subsynchronous Oscillation Suppression under Weak Grid Conditions" has been recognized as a "first-level project" by the China Electric Power Equipment Management Association for its leading technological innovation and significant practical results [3][10] - The project has been successfully implemented at the Tianliquan Wind Farm, eliminating the risk of subsynchronous oscillations and providing a domestic solution for high-proportion renewable and high-power electronic systems, enhancing economic benefits and significantly improving clean energy consumption efficiency [5][14] Group 2 - The company plans to continue driving technological innovation, aligning with the national "dual carbon" strategy, and aims to build a safe, efficient, and sustainable modern energy system, contributing to the clean and low-carbon energy transition [7][17]
聚焦一线| “一级项目”！破冰行业难题！