Core Insights - The coal mining industry has significant electricity consumption across various production stages, with large mines consuming tens of millions to over a hundred million kilowatt-hours annually [1][2] - The introduction of high-end equipment and the promotion of renewable energy are expected to lead to cleaner and more efficient coal production, enhancing profitability for coal companies [1][4] Electricity Consumption in Coal Production - Coal mining involves substantial electricity usage in processes such as underground transportation, ventilation, and equipment operation, with annual consumption for a mine like Zhongmei Shaanxi Dahuai reaching 82.16 million kilowatt-hours [2][3] - In 2022, the comprehensive electricity consumption for large coal enterprises in China was 23.7 kilowatt-hours per ton of raw coal, marking a 3% increase year-on-year [2] Energy Efficiency and Technological Advancements - Energy-saving transformations in coal mining should focus on low-carbon electricity alternatives, equipment upgrades, and optimized management systems to reduce overall energy consumption [3][4] - Despite an increase in electricity consumption, the comprehensive energy consumption for raw coal production decreased by 12.2% to 7.9 kilograms of standard coal per ton, indicating improvements in energy efficiency [3][4] Transition to Electrification and Automation - The shift towards electrification and automation in coal mining is leading to a transformation in energy consumption patterns, moving from traditional fuel-intensive methods to more electric-driven processes [4][5] - The rise in electricity usage reflects a growing reliance on electric equipment and transportation systems within coal production [4] Renewable Energy Integration - Coal companies are increasingly exploring opportunities in wind and solar energy, with firms like China Shenhua establishing multiple renewable energy companies [4][5] - By the end of 2024, approximately 2 million hectares of land from coal mining subsidence areas will be available for renewable energy projects, facilitating the integration of green electricity into mining operations [5] Challenges in Renewable Energy Adoption - While the transition to renewable energy is underway, the current reliance on green electricity in mining operations remains low, primarily supporting transportation and heating needs [6] - Further optimization of power supply stability and continuity is necessary to meet the high-load demands of mining production [6]

为实现各类清洁电力的高效整合与灵活调度，该集团在河南省内率先探索建设源网荷储一体化项目，搭 建"源网荷储"一体化智慧调控平台，依托大数据实时预测用电负荷与新能源发电情况，通过储能电站动 态调节，实现发电曲线与用电需求的高度匹配。目前，该集团建设储能电站总容量188.5兆瓦/437兆瓦 时，与宁德时代（300750）合作的25兆瓦/100兆瓦时磷酸铁锂储能项目、驻马店高新区100兆瓦/200兆 瓦时独立储能项目加速推进。 中化新网讯 近日，记者从平煤神马集团获悉，今年前10个月，该集团累计消纳新能源电量约23.72亿千 瓦时（含配额绿电），绿电替代率达到33.74%，且通过绿电替代，降低用电成本约2.34亿元。 近年来，平煤神马集团积极推进源网荷储项目建设，加快构建安全高效绿色智能的新型电力系统。按 照"凡是有阳光的地方都转化为绿电"的理念，目前该集团已将光伏覆盖至屋顶、墙体、矸石山、牛棚、 铁路沿线等多样化场景。 此外，该集团还与大型风电企业合作，建设占地面积相对较小、有效发电时数长、发电高峰和矿区用电 负荷高峰相近且成本更低的风力发电机组，并持续提高瓦斯发电利用效率。截至10月底，该集团已投运 新能源总装机 ...

石河子经济技术开发区： 以"四大支撑"聚焦五大应用场景 位于新疆石河子市十户滩新材料工业园的新疆天业汇合新材料有限公司 王龙斌称，园区高质量发展依托"四大支撑"：一是秉持兵地融合理念，通过政策协同、资源共享、项目 共建机制，为新能源大规模开发和就地消纳提供支撑；二是依托石河子市独立电网，以绿电直供为突破 口，探索高载能产业、刚性负荷绿电替代的有效路径；三是以循环耦合为重要手段，构建垃圾发电余热 回收、电石炉尾气综合利用、电石渣100%用于水泥生产及生物质燃料替代燃煤的循环降碳链条；四是 深化"以绿治绿"模式，推动传统产业绿色化和新兴产业绿色化的深度融合。 未来，园区将聚焦五大类应用场景：一是新型电力系统场景，重点支持绿电直连直供、综合能源系统集 成等项目落地，预计到2026年，园区绿电需求将达164亿度，缺口约123亿度；二是绿色低碳产业场景， 将氢能作为工业深度脱碳的最优选择，依托电价和运量优势，打造氢氨醇制加储运一体化生产制造基 地；三是绿色算力产业场景，凭借绿电保障、双电源及优质网络环境，重点培育和发展绿色算力产业； 四是资源集约产业场景，到2028年，园区工业固废综合利用率达100%，余热利用率提升至 ...

Core Viewpoint - Xinjiang is transforming its abundant "wind and solar" resources into a green engine for high-quality development, contributing to China's modernization narrative [1][3]. Group 1: Renewable Energy Resources - Xinjiang has approximately 4.2 billion kilowatts of solar energy resources, accounting for about 27% of the national total, and around 1 billion kilowatts of wind energy resources, making up about 18% of the national total [3]. - As of September 15, the renewable energy generation in Xinjiang reached 100.94 billion kilowatt-hours, a year-on-year increase of 17.2%, with solar power contributing 41.24 billion kilowatt-hours (up 39.2%) and wind power 59.7 billion kilowatt-hours (up 6%) [3]. - By the end of July this year, Xinjiang's installed renewable energy capacity reached 134 million kilowatts, with cumulative electricity exports of 278.511 billion kilowatt-hours, accounting for nearly 30% of total exports [3]. Group 2: Project Developments - The 500,000-kilowatt photovoltaic desertification control demonstration project in the Taklamakan Desert can supply 963 million kilowatt-hours of clean electricity annually, equivalent to saving 289,600 tons of standard coal and reducing carbon dioxide emissions by approximately 805,100 tons [5]. - The 1 million-kilowatt wind farm in Ruoqiang County has generated 850 million kilowatt-hours of electricity as of mid-September, with full capacity expected to be connected to the grid by December 26, 2023 [5][6]. - The National Development and Reform Commission and the National Energy Administration have emphasized the construction of renewable energy bases in desert and arid regions, including Xinjiang, as part of the 14th Five-Year Plan [6]. Group 3: Ecological and Economic Benefits - The "desertification control + agricultural-solar complementary" model in the Loopu project has transformed previously barren land into productive areas, with 1,800 acres of alfalfa harvested [9][10]. - The project has also led to a significant reduction in sandstorm occurrences and an increase in local biodiversity, demonstrating the dual benefits of ecological protection and economic development [10]. - The integration of renewable energy projects with local economic activities has resulted in increased income for local residents, with per capita disposable income in He Ya Village rising from 2,300 yuan in 2014 to 22,900 yuan in 2024 [13][14]. Group 4: Policy Support and Community Development - Xinjiang has implemented various policies to support renewable energy and ecological restoration, including financial incentives for new technology projects [10]. - The collaboration between energy companies and local governments has facilitated community development, with significant investments in infrastructure and education [14][15]. - The ongoing support from energy enterprises has led to improved living conditions and economic opportunities for local residents, contributing to the overall goal of rural revitalization [12][14].