12月31日，辽宁省发展改革委发布关于全省风电项目建设方案有关事项的通知。 通知指出，2020年，为落实国家关于进一步淘汰煤电落后产能的有关要求，鼓励推动辽宁省煤电企业关停工作，积极促进新能源发展，结合辽宁省实际情 况，辽宁省发改委在《2020年建设方案》中研究制定了支持煤电关停企业等容量替代建设风电项目的政策条款，并在《2021年建设方案》中参照实施。 随着辽宁省能源结构的不断优化调整，在《2021年建设方案》项目报送完毕后，关于煤电关停企业等容量替代建设风电项目的政策已不再执行。 公告如下： 省发展改革委 省发展改革委关于全省风电项目建设方案有关事项的通知 各市发展改革委： 2025年12月31日 来源：辽宁省发展和改革委员会 12月31日，辽宁省发展改革委发布关于全省风电项目建设方案有关事项的通知。 近期，有关市发展改革委在开展2025年煤电行业淘汰落后产能工作过程中，向我委咨询贯彻执行《辽宁省风电项目建设方案》（辽发改能源〔2020〕253 号）（简称《2020年建设方案》）和《辽宁省新增风电项目建设方案》（辽发改能源〔2021〕378号）（简称《2021年建设方案》）等文件有关事宜。为 进一步做好全 ...

为保障项目高标准落地，天合储能项目团队结合区域电网特性与气候条件，优化储能系统配置方案；组建专项服务小组，全周期响应物流供货、安装调试等 需求，以"量身定制、全程陪伴"的服务模式推动项目建设零阻碍推进。 项目建成投运后，年均放电量可达3650万度，约等于2万户城市家庭一年的全场景用电供给。项目的投运，将显著提升四川电网调峰能力与清洁能源消纳水 平，有力支撑内江打造"钒电池集成装备生产基地"与"全国新型储能应用场景示范基地"，为区域能源转型与产业高质量发展注入绿色动能。 责任编辑：闫弘旭 近日，四川省第一批新型储能示范项目——内江经开区100MW/200MWh钒锂储能电站（一期）项目成功投运。作为内江市首个电网侧独立储能电站，该项 目由国家电投投资建设，是"川渝能源一体化应急调峰基地"的关键组成部分。 该储能项目采用大容量储能系统，其电芯具备高安全、长循环、高效率、高经济性等多重优势，完美适配电网侧储能场景的调峰、应急响应等需求。相关设 备经过多轮严苛测试，可确保在复杂工况下稳定运行，为川渝地区能源结构优化与电力保供提供坚实的基础设施支撑。 ...

据测算，项目投产后每年可生产2.22亿千瓦时清洁电能，减少二氧化碳排放11.7万吨，将有效推动区域 产业绿色低碳转型，助力突尼斯能源结构优化，为该国实现"2030年新能源发电占比达30%"的战略目标 提供有力支撑。（王可） 项目位于突尼斯中东部凯鲁万市，总装机容量100兆瓦，占地面积约200公顷。建设过程中，项目创新应 用了高电压等级并网、直埋电缆损耗优化、单轴跟踪系统场景化适配及智能运维系统集成等一系列先进 技术。 针对凯鲁万地区膨胀土地质、气候干燥、紫外线强及沙尘频发等特殊环境，项目团队在膨胀土基础处理 与电缆防紫外线、风沙防护等方面开展适应性技术创新，显著提升电站在复杂环境下的运行稳定性。 建设期间，中国能建积极推动中国光伏技术标准在突尼斯的本地化转化与应用，并系统开展安全生产、 运营维护等属地化培训，累计为当地提供就业岗位897个，有效带动了区域就业，为突尼斯光伏产业的 可持续发展培育了本土化专业人才。 【中企承建突尼斯最大光伏项目全容量并网】#电力快讯##能源高质量发展##能源向新力# 记者从@中 国能建 获悉，当地时间12月16日，由中国能建天津电力建设有限公司与中国电力工程顾问集团西北电 力设计 ...

建设单位国能佳县新能源有限公司相关负责人表示，该项目采用超高空混合塔筒结构，机舱高度160米，叶轮 直径220米，设计每年可提供绿色电能约1.1亿千瓦时，可节约标煤3.24万吨，减排二氧化碳8.87万吨、二氧化硫 8.93万吨，对推动陕西绿色低碳转型、优化区域能源结构具有积极意义。 "这是陕西首个规模化应用160米级混塔技术的风电项目，技术新、工艺复杂。我们在混塔吊装过程中，把单 台混塔吊装时间控制在7天左右，每个环节质量可控、可追溯，报废率、拼装误差等关键指标远优于行业标准，刷 新了陕西新能源建设的纪录，为风电项目建设积累了宝贵经验。"项目施工单位中铁四局集团有限公司相关负责人 表示，风机吊装作业作为整个项目的关键环节，对施工组织、安全保障要求极高。项目采用"5+7"协同作业模式， 共投入各类起重设备20余台。 据了解，该项目计划于年底前实现全容量并网发电，将促进当地电网的电源结构调整、优化资源配置、带动 就业和发展第三产业。项目所在地佳县地处毛乌素沙地南缘，年平均风速6米/秒、有效风时超4000小时，3000多 平方公里的可利用面积使其成为陕西风力资源最富集的地区，为发展风电产业提供了得天独厚的优势。（记 ...

Core Insights - As of the end of September this year, Yulin City's GDP energy consumption intensity has decreased by 16% compared to 2020 [1] Group 1: Energy Transition and Optimization - Yulin has been actively promoting energy structure optimization and low-carbon industrial transformation since the start of the 14th Five-Year Plan [1] - The city focuses on "multi-energy integration and clean efficiency" to build a modern energy system [1] - In energy production, the installed capacity of renewable energy has doubled, and breakthroughs in hydrogen energy utilization have been achieved [1] Group 2: Industrial Upgrades and Equipment Replacement - Yulin has firmly curtailed the blind development of "high energy consumption and high pollution" projects, updating 28,800 outdated industrial devices and eliminating 417,000 kilowatts of obsolete coal power units [1] Group 3: Technological Innovation - Technological innovation is the core driving force behind Yulin's energy transition [1] - The city employs a full-cycle model of "basic research + pilot testing + industrial demonstration" to develop three major bases [1] - Breakthroughs have been made in ten technologies, including low-temperature ammonia decomposition for hydrogen production, and three pilot projects, including the world's largest magnesium hydride, have successfully passed testing [1] Group 4: Carbon Capture and Advanced Manufacturing - Yulin's carbon capture, utilization, and storage (CCUS) efforts have reached a scale of 1.15 million tons, providing critical technical support for regional carbon reduction [1] - The Yulin-Ezhou-Ningxia modern coal chemical industry cluster, led by Yulin, has been selected as a national advanced manufacturing cluster [1] - The city is committed to promoting high-end, low-carbon, and diversified development of the coal chemical industry and advancing the construction of a national energy revolution innovation demonstration zone [1]

自开工以来，项目团队克服当地雨季频繁、地形复杂、环境保护等多重问题，最终实现首批顺利并 网。该项目为目前中国电建在哥在建的最大光伏项目，项目全部建成投运后，每年可提供超过260GWh 的清洁电能，能够有效满足当地数万户家庭的用电需求，每年减排二氧化碳约20万吨，对促进哥能源结 构优化、实现清洁转型目标具有重要意义。 2025年11月25日，由中国电建承建的哥伦比亚ESCOBALES 148MWp光伏项目实现首批顺利发电， 为中国电建在哥乃至拉美地区的新能源市场树立了又一高质量履约典范。 （原标题：哥伦比亚ESCOBALES 148MWp光伏项目实现首批发电） ...

据介绍，攀凉管道起于攀枝花市盐边县攀米管道猛粮分输站，止于凉山彝族自治州西昌市佑君镇西昌分 输站。全长157公里，最大输气能力约10.4亿立方米/年，建设工期约18个月。项目建成后，清洁高效的 天然气将沿着这条新"动脉"源源不断地输送，有效填补区域管道天然气供给空白，优化改善当地以电和 煤为主的能源结构。 11月29日，攀枝花—凉山天然气管道正式进入建设阶段，这项连接两地的"动脉"工程建成后将结束大凉 山不通管道天然气的历史，是推动区域协调发展、优化能源结构、保障民生用能需求的重大举措，对大 凉山发展具有里程碑意义。 "好事！我们期待好久了，安全又方便！"一位家住柳树林社区的西昌市民说。凉山州遍布高山大川、沟 壑纵横，特殊的地理条件导致天然气管道施工难度大、建设成本高。长期以来，州内供气只能通过槽罐 车运输液化气来实现。能够用上稳定、廉价、安全的管道天然气一直是凉山人民的热切期盼。 经过十余年努力，攀枝花—凉山输气管道于2022年纳入《四川省"十四五"能源发展规划》《安宁河流域 高质量发展规划（2022—2030年）》重点实施项目，2025年6月取得四川省发展改革委核准批复。凉山 州州长张文旺表示，攀凉管道是 ...

Core Viewpoint - The construction of the Panzhihua to Liangshan natural gas pipeline marks a significant step in enhancing energy supply and improving living standards in Liangshan Prefecture, which has historically lacked access to pipeline natural gas [1][3]. Group 1: Project Overview - The Panzhihua-Liangshan pipeline starts from the Mengliang distribution station in Panzhihua and extends 157 kilometers, with 62 kilometers in Panzhihua and 95 kilometers in Liangshan [3]. - The pipeline is designed to transport 630 million cubic meters of natural gas annually, with a maximum capacity of approximately 1.04 billion cubic meters per year [3]. - The total investment for the project is 99.217 million yuan, with a construction period of 18 months, aiming for completion and operation by June 2027 [3]. Group 2: Regional Impact - The pipeline will address the lack of pipeline natural gas supply in Liangshan, which has been reliant on liquefied gas transported by tank trucks due to challenging geographical and geological conditions [3]. - The implementation of the pipeline is expected to significantly reduce energy costs for both commercial and residential users, thereby promoting high-quality economic and social development in the region [3]. - The project aims to enhance the local energy structure, which has primarily relied on electricity and coal, by introducing clean and efficient natural gas [3].

Core Insights - Anhui Province has made significant progress in energy development since the 14th Five-Year Plan, with the share of non-fossil energy power generation capacity increasing from 31.6% to 52% [1][2] - The installed capacity of renewable energy has reached 73.8 million kilowatts, nearly three times that of the end of the 13th Five-Year Plan, optimizing the energy structure and providing solid energy support for the construction of "three regions and one area" in Anhui [1][2] Energy Development Achievements - The coal production capacity remains stable at 130 million tons per year [1] - The share of non-fossil energy power generation capacity has increased by approximately 21 percentage points, while the share of non-fossil energy consumption has risen by about 7.4 percentage points [1] - The average annual growth rates for total electricity and gas consumption are 10.3% and 15.9%, respectively, leading the Yangtze River Delta region [1] - The consumption of refined oil has decreased by an average of about 5.9% over the past two years [1] Future Projections - By 2024, the total electricity consumption in Anhui is expected to reach 359.8 billion kilowatt-hours, ranking 10th nationwide [1] - By the end of 2025, the installed capacity of thermal power in Anhui is projected to be approximately 62 million kilowatts, with a cumulative installed capacity of supportive power projects reaching about 25 million kilowatts, nearly 2.5 times that of the 13th Five-Year Plan [1] - The construction of the power grid is accelerating, with a 500 kV grid structure forming a "four vertical and four horizontal" network, achieving near-complete coverage of 500 kV substations in urban areas [1] Innovation in Energy Industry - Over the past five years, Anhui has had 13 key technologies and equipment included in the national list of first (sets) major technological equipment in the energy sector [2] - The revenue from the photovoltaic industry in Anhui is expected to exceed 300 billion yuan in 2024, with the production of photovoltaic cells reaching 97.8 GW, accounting for approximately 19% of the national total [2] - The new energy storage industry is projected to generate over 80 billion yuan in revenue, with installed capacity reaching 3.6 million kilowatts, about 20 times that of the end of the 13th Five-Year Plan [2] Market Reforms - The scale of market-oriented energy trading in Anhui continues to expand, with the proportion of market-oriented trading electricity expected to increase to 57.5% by 2025, up 17 percentage points from 2020 [2] - The scale of green electricity trading is anticipated to reach 10.9 billion kilowatt-hours in 2024, ranking 5th nationwide [2] - By the end of October 2025, the installed capacity of renewable energy power generation in Anhui is expected to be approximately 73.8 million kilowatts, accounting for 81% of the newly added power generation capacity since the 14th Five-Year Plan [2]

Core Insights - As of the end of October, China's total installed power generation capacity reached 3.75 billion kilowatts, marking a year-on-year increase of 17.3% [1][2] - Solar power generation capacity reached 1.14 billion kilowatts, with a significant year-on-year growth of 43.8%, while wind power capacity increased by 21.4% to 590 million kilowatts [1][2] - The data indicates a recovery in the solar industry, with October seeing a new photovoltaic installation capacity of 12.6 GW, a 30.4% increase from September [3][4] Installed Capacity Breakdown - Total installed capacity: 3.75 billion kilowatts, up 17.3% year-on-year [2] - Hydropower: 443.88 million kilowatts, up 3.0% [2] - Thermal power: 1.51473 billion kilowatts, up 6.0% [2] - Nuclear power: 62.48 million kilowatts, up 7.6% [2] - Wind power: 590.39 million kilowatts, up 21.4% [2] - Solar power: 1.14018 billion kilowatts, up 43.8% [2] Recent Trends and Developments - The fourth quarter is typically a peak construction season for the solar industry in China, but recent policy adjustments have altered this seasonal pattern [4] - The simultaneous increase in solar, wind, and thermal power installations reflects China's multi-path approach to enhancing its power system to meet growing electricity demand and optimize energy structure [4] - New installations in October included 8.9 GW of wind power and 8.4 GW of thermal power, indicating a balanced growth across different energy sources [4]