新疆的煤炭、太阳能、风能储量均居全国前列，更难得的是，新疆与中东部地区在用电时间上形成互补，这独特的优势让"疆电外送"成为可能。 党的十八大以来，"疆电外送"规模不断扩大，如今的新疆电力已织就"内供七环网、外送五通道"的电网格局。这条"电力丝路"，不仅点亮了中东部千万家庭 的灯火，更为全国能源的结构转型注入新疆动力。 疆电外送：跨越千里的"电力丝路" 电力工人操控的无人机正在为新疆准东送安徽皖南±1100千伏特高压输电线路进行"空中体检"，确保这条跨越3000多公里的电力高速路稳定安全运行。 新疆送变电公司东疆运检分公司副班长郭靖：相比以前我们拿着望远镜走路巡视，无人机巡检的优点是不受山区等环境的影响限制，巡视效率也比人工巡视 快很多，同时它搭载的红外热成像仪和激光雷达等新设备，可以实现全方位、无死角的巡视作业。 为何在电力巡检工作人员眼中，保障输电大通道的稳定运行容不得半点差池？因为每时每刻他们都在保障一场独特的"迁徙"——电力大转场。 新疆与中东部省份存在两三个小时的时差，而这顺理成章形成了天然的发电错峰优势。 清晨8时，北京的街头已车水马龙，迎来一天中的用电早高峰。就在这时，新疆的天空却刚泛起鱼肚白，新 ...

在我国西部地区，新疆凭借得天独厚的能源禀赋，成为能源战略布局中的重要一环。新疆煤炭、太阳 能、风能储量均居全国前列，且与中东部地区存在时空与季节用电互补优势。自2010年"疆电外送"启动 以来，如今新疆电力已形成"两交三直"外送格局，电力"丝路"不仅点亮了千万个家庭，更为全国能源结 构转型注入新疆动能。 新疆这片广袤的土地上，蕴藏着极为丰富的能源资源。其中，查明煤炭储量4500亿吨，占全国的25%， 约占全国煤炭资源预测总量的40%；太阳能资源储量约为42亿千瓦，约占全国的26.9%；风能资源储量 约为10亿千瓦，约占全国的18%……它们如同一座座"富矿"，为新疆的能源开发提供了强大底气。 皑皑雪峰下，一基基铁塔拔地而起、跨越山河，一条条银线凌空飞架、纵横千里。自2010年"疆电外 送"启动至今，新疆已建成"两交三直"5条外送通道，送电省份由7个增加至22个，外送电量累计超过 9400亿千瓦时。通过一条条电力"丝路"，不仅将"光明"输送到千里之外，也将新疆的能源资源优势转化 为区域经济发展新动能。 搭建外送通道 2010年，新疆建成哈密—敦煌750千伏输变电工程，实现了新疆与全国电网的互联互通，标志着"疆电外 ...

Core Viewpoint - Xinjiang has become a crucial part of China's energy strategy due to its abundant energy resources, including coal, solar, and wind power, which are among the highest in the country. The region's energy development has significantly contributed to the national energy structure transformation since the launch of the "Xinjiang Power Transmission" initiative in 2010 [1][2]. Energy Resources - Xinjiang has confirmed coal reserves of 4.5 trillion tons, accounting for 25% of the national total and approximately 40% of the predicted total coal resources. Solar energy resources are about 4.2 billion kilowatts, representing 26.9% of the national total, while wind energy resources are around 1 billion kilowatts, making up 18% of the national total [1]. - The region's energy resources are likened to "rich mines," providing strong support for energy development [1]. Power Transmission Infrastructure - Since the initiation of "Xinjiang Power Transmission" in 2010, Xinjiang has established five power transmission channels, increasing the number of provinces receiving electricity from 7 to 22, with a cumulative power transmission exceeding 940 billion kilowatt-hours [1][4]. - The first significant project, the Hami-Dunhuang 750 kV transmission line, was completed in 2010, marking the start of Xinjiang's integration with the national grid. The Hami-South Zhengzhou ±800 kV UHVDC project, operational since 2014, has consistently delivered over 40 billion kilowatt-hours annually for six years [3][4]. Technological Advancements - The construction of the world's highest voltage and largest capacity UHVDC project, the Zhundong-Wannan ±1100 kV, was completed in 2019, overcoming numerous global challenges and setting new standards in equipment technology [3]. - New technologies, including drones and digital twins, have been applied to enhance operational efficiency in power transmission stations, tripling the efficiency of maintenance work [3]. Energy Transmission Capacity - By the end of 2024, Xinjiang's power transmission capacity is expected to reach 1,267 billion kilowatt-hours, leading the northwest region. The ongoing construction of the Xinjiang (Southern) Power Transmission to Sichuan and Chongqing project will significantly enhance the power transmission capacity from Southern Xinjiang [4][7]. Energy Grid Development - Xinjiang has built 32 750 kV substations and 98 transmission lines, totaling 12,300 kilometers, making it the province with the most extensive 750 kV grid in China. This development has improved the reliability and capacity of power supply across the region [7]. - The region's energy grid has formed five 750 kV ring networks, enhancing the overall power supply capability and reliability [6][7]. Renewable Energy Integration - As of mid-2023, Xinjiang's total installed power capacity reached 219 million kilowatts, with renewable energy accounting for 128 million kilowatts, representing 58.45% of the total. The region has seen a 6.57% year-on-year increase in cumulative power transmission [11]. - The integration of innovative storage technologies has significantly improved the utilization rate of renewable energy, with the establishment of several large-scale energy storage projects [10][11]. Economic Impact - The "Xinjiang Power Transmission" initiative has not only supported national energy supply but also injected strong momentum into Xinjiang's economic and social development, driving investments in wind, solar, and coal power industries [12]. - The establishment of specialized industrial parks in energy-rich areas aims to create an integrated layout of "power, grid, production, and chain," reducing initial investment burdens for enterprises [13].

Core Viewpoint - The "Xinjiang Power Transmission" initiative is set to enhance the integration of Xinjiang's abundant energy resources into the national market, with significant growth in electricity exports and strategic development plans outlined by the National Energy Administration [1][2][10]. Group 1: Electricity Export Growth - In July, Xinjiang's electricity exports reached 15.865 billion kilowatt-hours, marking a 24.71% year-on-year increase and setting a new monthly record [1]. - The National Energy Administration has responded positively to 12 proposals related to electricity export channels, with 7 specifically addressing the "Xinjiang Power Transmission" project, indicating a clear roadmap for future development [1][2]. Group 2: Infrastructure Development - The existing "Xinjiang Power Transmission" channels include three high-voltage direct current projects, with plans for a fourth channel to enhance capacity [2]. - The "Xinjiang Power Transmission" initiative has transitioned from a "single-point breakthrough" to a "multi-point flowering" strategy, indicating a more comprehensive approach to energy distribution [2]. Group 3: Economic and Industrial Impact - The initiative is expected to transform Xinjiang's wind and solar resources into economic advantages, significantly impacting local fiscal structures and investment scales [2]. - The development of renewable energy bases is anticipated to create tens of thousands of jobs across various sectors, including equipment manufacturing and energy services [2][5]. Group 4: Technological Advancements - The "Xinjiang Power Transmission" project is driving advancements in ultra-high voltage transmission technology, addressing challenges related to long-distance and high-capacity electricity delivery [3]. - The integration of new technologies, such as flexible transmission systems, is expected to enhance the efficiency and reliability of electricity exports [8]. Group 5: Future Planning and Challenges - The National Energy Administration is focusing on the planning and construction of new electricity export bases, ensuring that projects are economically viable and socially beneficial [4][9]. - Challenges include ensuring grid stability and safety, as well as optimizing the use of transmission corridors to accommodate the increasing demand for electricity exports [6][7].