在"双碳"目标引领与新型电力系统建设加速推进的背景下，光热发电产业正迎来前所未有的发展机遇。2025年12月23日，国家发展改革委、国家能源局联合 印发的《关于促进光热发电规模化发展的若干意见》（以下简称《意见》），为这一产业划定了清晰的发展路径，并明确提出到2030年光热发电装机规模较 2025年增长10倍的目标。这一政策的出台，标志着光热发电产业从培育期正式迈向规模化发展阶段，成为我国能源结构转型的关键力量。 光热发电作为一种兼具发电与储能功能的可再生能源技术，其核心优势在于长时储能和灵活调峰能力。与光伏发电相比，光热发电通过熔盐等介质储存热 能，可实现连续稳定供电，有效解决可再生能源的间歇性问题。据行业测算，光热电站配置6小时以上储能系统后，年利用小时数可达4000小时以上，接近 煤电机组水平，且具备快速调峰能力，能够显著提升电力系统的灵活性和稳定性。在西北地区大型风电、光伏基地配套建设中，光热发电正成为不可或缺的 调节电源。青海、甘肃等地已建成的光热电站运行数据显示，其调峰深度可达80%，远高于常规火电机组。 《意见》的出台为产业发展提供了系统性政策支持。文件明确要求完善电价形成机制，推动光热发电参与 ...

工业和信息化部办公厅 国家发展改革委办公厅 国务院国资委办公厅 市场监管总局办公厅 国家能源局综合司印发 《工业绿色微电网建设与应用指南 （2026—2030年）》（ 工信厅联节〔2025〕77号 ） 各省、自治区、直辖市及计划单列市、新疆生产建设兵团工业和信息化主管部门、发展改革委、国资委、市场监管部门、能源部门，有关中央企 业： 为贯彻落实国务院办公厅《制造业绿色低碳发展行动方案（2025—2027年）》，促进重点行业领域节能降碳，现将《工业绿色微电网建设与应用 指南（2026—2030年）》印发给你们，请结合实际，认真贯彻落实。 工业绿色微电网建设与应用指南(2026-2030年) 工业绿色微电网是以向工业用户提供绿色电力为主要目 的,集成应用光伏、风电、高效热泵、新型储能、氢能、余热 余压余气、智慧能源管控等一体化系统,可融合工业生产过程、 与电网友好互动并实现协同自治的综合能源系统。推进工业绿 色微电网建设应用,是促进工业用能低碳转型、落实工业领域 碳达峰目标的重要途径,是培育绿色发展新动能、锻造产业竞 争新优势的重要领域,是实现可再生能源就地消纳、适配新型 电力系统的主动选择。为贯彻落实《制造业绿 ...

不仅天然气产量创新高，2025年大庆油田自消纳绿电发电量达到11.36亿千瓦时，较2024年增长58%。 在加大油气资源开发的同时，大庆油田结合自身生产用能规模大、分布广的特点，全力构建绿电直供就 地消纳体系，推动传统能源生产供能模式向多能互补转型。 责任编辑：刘础琪 ...

破解协同之困。在电力系统中，光热发电需要找到"最佳位置"。政策明确了其在多能互补基地中的角 色，解决了电网企业对其"如何调度、如何计价"的顾虑，鼓励发展以光热发电为支撑调节电源的新能源 一体化项目，并与算力中心、动力电池制造等新型高载能产业协同发展，让光热发电真正融入新型电力 系统运行中。 展望2030年，随着政策落地和技术进步，光热发电将呈现出三大发展趋势。 如何用白天的阳光，解决夜晚的用电？这是能源转型需要攻克的一道难题。国家发展改革委、国家能源 局近日印发《关于促进光热发电规模化发展的若干意见》提出，到2030年，光热发电总装机规模力争达 到1500万千瓦左右，度电成本与煤电基本相当。装机规模与平价节点的进一步明确，意味着"十五五"期 间，我国能源转型有望迎来"光热时刻"。 与人们熟悉的光伏发电不同，光热发电更像一个巨型的"太阳能炉灶+热水壶+蒸汽机"的组合体。它的 工作流程分为三步：首先是"聚光"，成千上万面定日镜像向日葵一样追逐太阳，将阳光精准聚焦到一座 高塔或一条管道上；其次是"烧水"与"存热"，用聚光产生的高温加热熔盐，将白天收集的能量储存起 来；最后是"发电"，当需要用电时，高温熔盐再去加热水 ...

12月29日，山西新能源储能创新发展论坛在忻州市偏关县启幕。这场立足山西能源大省转型底色、锚定新能源储 能产业规模化发展的行业盛会，汇聚了能源领域的顶尖智慧与产业力量，成为年终岁末山西向新能源产业纵深迈 进的重要发声。 能源发展的终极范式：分布式微能源＋多能互补，两条腿走路才是破局根本 谈及能源发展的未来方向，王中林院士提出了一个极具颠覆性的核心观点：当下我们的能源思维，始终困在"大电 网"的单一框架里，而能源转型的破局之路，在于跳出固有思维，构建"集中式电网＋分布式能源"双轨并行的能源 新范式，而多能互补，是解决中国能源需求的根本途径。 能源是人类文明发展的基石，更是一个国家产业发展与经济运行的核心命脉。谈及当下能源发展的核心命题，王 中林院士直言，当下面临着两类能源的禀赋博弈，而二者的融合与高效利用，是能源转型绕不开的核心课题。传 统化石能源的核心优势在于利用效率高、能源供给稳定，但其短板也十分突出——存量有限，不可再生的属性决 定了其无法成为能源发展的终极答案。而以光伏、风电为代表的绿色能源，有着得天独厚的天然优势：分布范围 广、总量规模大，是可持续发展的核心能源支撑，绿色能源的痛点同样鲜明，能源密度低 ...

Core Insights - The 14th Energy Storage International Conference and Expo (ESIE 2026) will be held from March 31 to April 3, 2026, at the Capital International Exhibition & Convention Center in Beijing, covering an exhibition area of 160,000 square meters and expecting over 200,000 professional visitors [2][4]. Group 1: Event Overview - The event will feature over 1,000 exhibitors and sponsors, along with 5,000 upstream and downstream enterprises in the energy storage industry [2]. - Six themed exhibition halls will be established, with all naming rights secured by major industry players [2][12]. Group 2: Key Exhibitors and Themes - The B2 Energy Storage Application Hall is sponsored by Sungrow Power Supply Co., focusing on "full-scenario penetration of energy storage and integrated energy development" [6][4]. - Major brands such as Sungrow, Nandu Power, and BYD will showcase cutting-edge technologies and products in the energy storage sector [7][16]. Group 3: Comprehensive Solutions - The exhibition will cover a wide range of energy storage products, including residential, commercial, and large-scale storage solutions, as well as hybrid storage technologies and portable power sources [7]. - Solutions will be tailored to various scenarios, including renewable energy integration, independent storage, and virtual power plants [8]. Group 4: Lifecycle Management - The event will emphasize the full lifecycle management of energy storage projects, showcasing services from design and planning to EPC contracting and operational management [9]. Group 5: Innovative Technologies - The exhibition will highlight advanced technologies for energy efficiency, flexible transformation of thermal power, and integrated energy services [10].

Group 1: Energy Market Developments - The construction of the electricity market in the Beijing-Tianjin-Hebei region is being steadily advanced, with a focus on controlling coal consumption and promoting renewable energy participation in the market. By 2027, coal consumption in the region is expected to decline, with renewable energy consumption in Beijing increasing by approximately 10 percentage points compared to 2020 [2] - The Sichuan section of the "West-to-East Gas Transmission" pipeline has been fully commissioned, enhancing the natural gas resource export channels from the Sichuan-Chongqing region. The pipeline has a designed annual gas transmission capacity of 20 billion cubic meters [3] - The Guangxi Nanning pumped storage power station has been fully commissioned, representing the first of its kind in Guangxi. The project has a total investment of approximately 8 billion yuan and a capacity of 1.2 million kilowatts, capable of converting 1 million cubic meters of water into 1.2 million kilowatt-hours of clean electricity per hour [3] Group 2: Policy and Planning Initiatives - Yunnan's 14th Five-Year Plan emphasizes the development of a new energy system, promoting the coordinated development of coal, electricity, oil, and gas, and advancing multi-energy complementarity and integrated development [4] - Shenzhen's 14th Five-Year Plan highlights the need to accelerate the construction of smart grids and microgrids, as well as infrastructure for electric vehicles, to support the transition to a green and low-carbon economy [4] Group 3: Environmental and Resource Management - China's first oil field capable of injecting over 1 million tons of CO2 annually has been established in Xinjiang, marking a significant step in carbon capture and storage technology [2] - The first waste-to-energy project in Central Asia has been launched in Bishkek, Kyrgyzstan, representing a shift from simple landfill practices to clean incineration and energy regeneration [8]

本报讯（记者 张秀云）记者从南方电网贵州电网公司获悉，12月14日，500千伏盘南低热值电厂接入系 统工程全线贯通。此项工程总投资3.9亿元，新建500千伏线路1条、铁塔210基，始于盘南电厂，止于 500千伏仁义变电站，线路全长94千米，途经六盘水市盘州市、黔西南州普安县和兴仁市。 据悉，作为贵州省"十四五"电力发展规划重点项目，盘南低热值煤发电项目采用世界最先进的超临界循 环流化床锅炉技术，预计年消耗煤矸石、煤泥等低热值燃料360万吨，年发电量66亿千瓦时。该项工程 投产后，将进一步完善贵州电网区域网架结构，助力六盘水市新型综合能源基地建设，积极推进贵 州"风光水火储"多能互补，不断提高新能源消纳、配置和调控水平，助推新能源开发利用、煤电产业转 型升级。 转自：贵州日报 ...

向深而进打造增储稳产"硬支撑" 2025年9月22日，牛庄油田，牛斜104井鸣笛开钻，向着5750米的地球深部进军，探索深层油气资源的潜 力。 胜利济阳页岩油新兴油田成为我国率先通过国家有关部门评审备案的亿吨级页岩油田，标志着我国陆相 断陷盆地页岩油领域勘探开发的重大突破；国内油气领域率先建成"源网荷储"一体化智慧能源系统，累 计建成光伏装机572兆瓦，年发绿电能力达到7.4亿千瓦时，实施新能源项目184个，油气生产绿电使用 占比达25%；率先高质量建成国内百万吨级CCUS（二氧化碳捕集、利用与封存）示范工程，全链条技 术装备体系达到领先水平，年减排二氧化碳百万吨。 时间不语，却标注着奋斗的足迹。 中国石化胜利油田始终牢记"端牢能源饭碗"核心职责，巩固提升油气产业、培育壮大新能源产业、前瞻 布局绿色低碳产业、不断拓宽传统能源发展路径、加速上扬"第二增长曲线"。"十四五"以来，累计生产 原油11554.56万吨、天然气40.15亿立方米，为保障国家能源安全贡献胜利力量。 端牢能源饭碗，必须回答资源在哪里？历经60年勘探，2021年，胜利油田发现60周年之际，陷入资源之 困：主阵地东部探区进入高勘探阶段，资源探明 ...

Core Viewpoint - The National Development and Reform Commission emphasizes the integration and optimization of infrastructure to enhance efficiency and promote digital transformation and intelligent upgrades in various sectors, particularly in transportation and energy [1] Transportation Sector - The initiative aims to promote the integration of various transportation modes, accelerating the development of hub networks and enhancing the connection between trunk and urban transport systems [1] - Development of comprehensive passenger transport hubs and improvement of the collection and distribution system for hub ports and stations are prioritized [1] - There is a focus on utilizing transportation facility spaces for the construction of photovoltaic, energy storage, and charging facilities, as well as enhancing the flood control, water supply, and power generation functions of shipping and water conservancy hubs [1] - The digital transformation and upgrade of existing facilities are encouraged, alongside a strong push for the development of intelligent transportation systems [1] Energy Sector - Support is provided for the local development and consumption of renewable energy resources in areas rich in such resources, with an emphasis on strengthening cross-regional energy transmission and local self-balancing [1] - The initiative encourages the collaborative construction of national computing power hubs and clean energy bases [1] - There is a push for innovative development of green power parks, zero-carbon parks, and smart microgrids [1] - The advancement of renewable energy generation technologies and the application of flexible direct current transmission and intelligent scheduling are prioritized, along with increased efforts in long-duration energy storage, green hydrogen production, and nuclear fusion technology [1] - Continuous promotion of ultra-supercritical coal power and flexible transformation technologies is also highlighted [1]