Core Viewpoint - The successful implementation of the flexible interconnection demonstration project in the mountainous area of Taihu County aims to address the operational challenges of the distribution network while promoting low-carbon energy solutions [1][2] Group 1: Project Overview - The project utilizes a "flexible direct interconnection + energy storage + intelligent terminal" collaborative operation system to achieve dual objectives of green energy consumption during normal times and emergency power supply during crises [1] - The project targets three typical distribution areas, establishing a three-layer architecture of "terminal perception - edge decision - collaborative control" [1] Group 2: Operational Benefits - During normal operations, the energy storage module plays a crucial role in dynamically balancing load energy among distribution areas, significantly alleviating transformer overload and enhancing the capacity for distributed photovoltaic energy consumption [2] - In case of grid faults, the project can switch to a dual-mode mechanism that provides emergency power supply for at least 680 households for no less than 2 hours, reducing the impact range of faults by over 80% [2] Group 3: Future Directions - The project has significantly improved the reliability of power supply in mountainous areas and completed a digital transformation of its operation and maintenance model, setting a benchmark for new power system construction [2] - The company plans to further deepen the integration of "flexible interconnection" and "source-network-load-storage collaboration" technologies to upgrade the distribution network towards a more intelligent, flexible, and low-carbon direction [2]