12月26日，渝黔背靠背联网工程在重庆开工建设。该工程建成后将加强国家电网和南方电网的互联互 通，提高重庆市与贵州省两地的电力互济能力，为区域经济社会发展提供安全可靠的电力保障。 而该换流站也是国网重庆市电力公司首次建设管理的柔性直流背靠背换流站，相较于常规直流换流站， 柔直背靠背换流站能够独立、快速地控制有功和无功功率，具备灵活控制潮流动向的功能，其故障应急 支撑能力更强，有利于进一步增强电网稳定性。 "十四五"以来，随着成渝地区双城经济圈建设的不断推进，川渝两地用电需求高速增长，预计到2030 年，贵州、重庆最大用电负荷将达到约5600万千瓦、5170万千瓦，较2024年分别增长62.3%和54.3%。 渝黔背靠背联网工程建成后将进一步强化国家电网和南方电网的互联，助力重庆、贵州两地的电力互 济，满足两地"十五五"期间社会用电需求量的增长，提升新能源消纳能力与事故支援水平，为区域经济 社会高质量发展提供坚实电力保障。 同时，该工程将积极助推国家能源战略落地，增强新能源联合消纳能力，促进全国能源资源大范围优化 配置。 渝黔背靠背联网工程是国家"十四五"电力发展规划重点项目。该工程将在重庆市綦江区建设中国西南 ...

项目总投资41.38亿元，包括在瑞金新建一座300万千瓦柔性直流背靠背换流站，新建两回总长约 170公里的500千伏交流线路，分别接入江西红都变电站与福建汀州变电站。项目计划于2027年迎峰度夏 前建成投产。 项目建成投运后，借助价格信号引导发电与用电行为，将推动能源资源在更大范围优化配置，提升 整体能源利用效率。同时，通过联网工程实现跨省灵活调剂，可让更多清洁电力得到高效利用。江西电 网冬季常面临雨雪冰冻天气考验，福建电网夏季需应对台风多发挑战，联网"牵手"互济救援，可最大限 度降低灾害带来的损失。 人民日报南昌12月25日电（记者周欢）闽赣两省背靠背联网工程25日在江西瑞金开工建设。该项目 建设江西首个柔性直流背靠背换流站，搭建起闽赣电网互联互通高速通道，助力区域能源资源优化配置 和新能源高效开发利用。 ...

项目建成投运后，借助价格信号引导发电与用电行为，将推动能源资源在更大范围优化配置，提升整体 能源利用效率。同时，通过联网工程实现跨省灵活调剂，可让更多清洁电力得到高效利用。江西电网冬 季常面临雨雪冰冻天气考验，福建电网夏季需应对台风多发挑战，联网"牵手"互济救援，可最大限度降 低灾害带来的损失。 南昌12月25日电 闽赣两省背靠背联网工程25日在江西瑞金开工建设。该项目建设江西首个柔性直流背 靠背换流站，搭建起闽赣电网互联互通高速通道，助力区域能源资源优化配置和新能源高效开发利用。 项目总投资41.38亿元，包括在瑞金新建一座300万千瓦柔性直流背靠背换流站，新建两回总长约170公 里的500千伏交流线路，分别接入江西红都变电站与福建汀州变电站。项目计划于2027年迎峰度夏前建 成投产。 ...

本报南昌12月25日电 （记者周欢）闽赣两省背靠背联网工程25日在江西瑞金开工建设。该项目建设江 西首个柔性直流背靠背换流站，搭建起闽赣电网互联互通高速通道，助力区域能源资源优化配置和新能 源高效开发利用。 项目总投资41.38亿元，包括在瑞金新建一座300万千瓦柔性直流背靠背换流站，新建两回总长约170公 里的500千伏交流线路，分别接入江西红都变电站与福建汀州变电站。项目计划于2027年迎峰度夏前建 成投产。 项目建成投运后，借助价格信号引导发电与用电行为，将推动能源资源在更大范围优化配置，提升整体 能源利用效率。同时，通过联网工程实现跨省灵活调剂，可让更多清洁电力得到高效利用。江西电网冬 季常面临雨雪冰冻天气考验，福建电网夏季需应对台风多发挑战，联网"牵手"互济救援，可最大限度降 低灾害带来的损失。 （文章来源：人民日报） ...

Core Viewpoint - The development of the Chongqing power grid is crucial for enhancing energy supply security and supporting economic growth, with significant investments and projects underway to improve infrastructure and integrate renewable energy sources [1][4][9]. Group 1: Infrastructure Development - The approval of the Yuchuan back-to-back interconnection project will establish a new flexible DC back-to-back converter station in Chongqing, increasing the conversion capacity by 3 million kilowatts, thereby enhancing interconnectivity between the national and southern power grids [1]. - During the 14th Five-Year Plan, the Chongqing power grid has focused on building a strong power supply network, with significant projects like the 1000 kV ultra-high voltage project increasing power transmission capacity by 4 million kilowatts [2]. - The total investment in power grid construction during the 14th Five-Year Plan reached 58.2 billion yuan, a 39.9% increase compared to the end of the 13th Five-Year Plan, with installed power capacity exceeding 42 million kilowatts [3]. Group 2: Renewable Energy Integration - Chongqing has seen a significant increase in renewable energy capacity, with an annual growth rate of over 35.75% for wind and solar energy installations, reaching a total of 8.15 million kilowatts [6]. - The commissioning of the first million-kilowatt pumped storage power station in the Southwest region has enhanced the grid's ability to adjust and integrate renewable energy sources [4]. - The city has implemented a "Million Kilowatt Rooftop Distributed Photovoltaic" initiative, adding 239.64 thousand kilowatts of rooftop solar capacity, contributing to a total of over 5 million kilowatts of solar power [6]. Group 3: Energy Consumption and Electric Vehicles - The rise of electric vehicles in Chongqing has led to a significant increase in charging infrastructure, with 6,170 public charging stations and 382,000 private charging piles installed, achieving a total charging volume of 1.705 billion kilowatt-hours [8]. - The company has invested 1.6 billion yuan in enhancing the power supply for charging facilities, ensuring stable and quality electricity for electric vehicle users [7]. - The promotion of green energy consumption is transforming the lifestyle of residents and tourists, with a growing emphasis on low-carbon energy use in transportation and daily activities [7]. Group 4: Future Plans and Goals - The company aims to develop a new power system that is clean, low-carbon, safe, and efficient, while actively integrating high-quality clean energy and advancing new business models like virtual power plants [9]. - Plans for the 15th Five-Year Plan include enhancing the power grid's capacity and flexibility, ensuring a balance between local and external power sources, and supporting the transition to a low-carbon economy [9].

Core Viewpoint - The approval of the Xiangqian, Xiangyue, and Yuchuan flexible interconnection power projects will significantly enhance the power transmission capacity between the Southern Power Grid and the State Grid, with a total investment exceeding 15.6 billion yuan and a maximum transmission capacity of 9 million kilowatts by 2027 [1][2]. Group 1 - The three projects are set to start construction by the end of this year and are expected to be operational before the summer peak in 2027, increasing the number of transmission channels between the Southern Power Grid and the State Grid from 2 to 5 [1]. - Each of the three projects will involve the construction of a 3 million kilowatt flexible DC back-to-back converter station in Guizhou, Hunan, and Chongqing, along with related line construction to enhance interconnectivity [1][2]. - The projects will provide a solid physical foundation for normalized electricity trading between interconnected regions, supporting high-quality economic and social development and green energy demands [1]. Group 2 - The Xiangqian project will enable peak-shaving interconnection between Hunan, which experiences high electricity load in summer, and Guizhou, which has a "winter high, summer low" load characteristic, thus enhancing power supply security and renewable energy absorption [2]. - In case of extreme weather events, such as high temperatures or severe cold, the Xiangqian project will allow for emergency power support from the opposite side, significantly improving the grid's disaster response capability [2]. - The Southern Power Grid and the State Grid will enhance collaboration and resource investment to ensure high-quality construction and operation of the projects, accelerating the development of a new energy system and power structure [2].