Core Viewpoint - The State Grid Jiangsu Electric Power Company is significantly contributing to the high-quality development of the Yangtze River Delta region through its "three-color dynamic" approach, which includes industrial gold, ecological green, and collaborative blue, facilitating regional synergy and innovation [1]. Group 1: Industrial Gold - Jiangsu has a solid industrial foundation and is actively promoting the integration of industrial and innovation chains to build world-class industrial clusters in the Yangtze River Delta [2]. - The company provides high-quality and efficient power supply services to meet the personalized and reliable electricity demands of enterprises, implementing special service actions and utilizing a "drone + human" inspection model [2]. - The introduction of "zero certificate power supply" services enhances the efficiency of power supply for new projects, allowing enterprises to start construction immediately after land acquisition [2]. Group 2: Ecological Green - The company is facilitating green development by addressing the increasing demand for low-carbon transformation and cost reduction among enterprises [2]. - Initiatives like the "Spring Breeze Delivery" program provide tailored energy efficiency diagnosis and solutions to enterprises, promoting a full-process closed-loop energy efficiency service model [2]. - The expansion of green electricity and green certificate services, along with a collaborative model between government and enterprises, has established a comprehensive grassroots green electricity service network [2]. Group 3: Collaborative Blue - The company has upgraded the interconnectivity of distribution networks across the Yangtze River Delta, allowing for mutual assistance during outages [3]. - There are currently 13 distribution lines in Jiangsu that interconnect with external networks, facilitating cross-province power supply operations [3]. - The establishment of a dedicated service window for integrated power supply in the Yangtze River Delta enhances the efficiency of power supply processes, transforming previously isolated areas into connection points [3].