Group 1 - The core viewpoint of the news is the implementation of market-oriented reforms for renewable energy pricing in Inner Mongolia and Xinjiang, aimed at promoting high-quality development of the renewable energy sector [8][24][32] - The reform includes a comprehensive market entry for renewable energy projects, with pricing determined through market transactions, ensuring fair participation of various renewable energy sources [10][12][24] - The pricing mechanism for renewable energy will be established, differentiating between existing projects and new projects, with specific pricing levels and mechanisms for each category [25][26][29] Group 2 - For renewable energy projects that began operation before June 1, 2025, the mechanism pricing will be linked to the existing preferential pricing, with a mechanism electricity price of 0.2829 yuan/kWh for subsidized projects and 0.262 yuan/kWh for parity projects [16][25] - New renewable energy projects starting after June 1, 2025, will have their pricing determined through competitive bidding, with a bidding range set between 0.15 yuan/kWh and 0.262 yuan/kWh [19][26] - The implementation of the pricing mechanism will be monitored and adjusted based on market conditions, ensuring that the renewable energy sector can adapt to changes in demand and supply [22][30]

"危者，安其位者也；亡者，保其存者也"，《易传》里的辩证哲思，在金昌这片丝路古道上，正以新的姿态勾勒出现代企 业的安全图腾。当圣容寺的晨钟与永昌钟鼓楼的暮鼓在时空里重叠，国网金昌供电公司将 "居安思危" 的古训镌刻进 "金安思 危" 文化体系，以钟鼓楼为原型构建的 "1335" 安全文化体系，让圣容寺的晨钟与变电站的蜂鸣形成文明共振。 历史与现代安全文化"二重奏" 作业期间，运维人员严格执行 "四个管住" 和 "五级五控" 要求，将 "金固千钧，淬炼安全之盾" 的决心落实到每一个操作环 节。面对站内设备布置紧凑、作业空间受限的难题，引入微型履带吊车这一创新举措，正是 "危立山崖，永葆警醒创新" 的生 动体现。运维人员通过理论培训与实操演练，熟练掌握设备操作规范，让新型设备成为保障安全与效率的 "利器"。 "微型履带吊车的应用，不仅提升了作业效率，更让我们在复杂环境下作业多了一份'文化底气'，因为每一个操作都遵循着 安全文化的指引。"现场工作负责人张聪生说道。 安全文化在技术革新放光彩 金安安与思薇薇这对文化代言人，头顶钟鼓楼飞檐与"金娃娃" 图腾，将安全理念化作萌态符号，而现实中，党员们正以 "红黑榜" 为镜 ...

Core Viewpoint - Fujian's power grid is prepared for stable electricity supply during the summer of 2025, with a focus on ensuring reliable power supply amid increasing demand and peak load challenges [2][4]. Group 1: Power Supply Preparedness - Fujian's power supply situation is expected to be tight this summer, with peak load forecasts of 57.8 million kilowatts and 55 million kilowatts, representing increases of 6.4% and 6.9% respectively [2]. - State Grid Fujian Electric Power Company is implementing measures to optimize load resource management and enhance interconnections with neighboring provinces to ensure stable power supply [2][19]. Group 2: Infrastructure Development - A total of 20 infrastructure projects have been arranged for the summer peak supply, with a focus on timely and high-quality completion [4]. - The Fuzhou Minhou Tieling 110 kV substation was put into operation ahead of schedule, providing stronger support for reliable power supply during high-temperature periods [3][5]. Group 3: Material Supply and Management - The material supply chain is crucial for project progress, with a digital management system established to track construction and material needs in real-time [7]. - An intelligent early warning system is in place to ensure timely delivery of essential materials, moving away from a reactive approach to a proactive one [7]. Group 4: Operation and Maintenance Innovations - The company is shifting from passive repairs to proactive maintenance, utilizing digital and intelligent technologies for grid operation and maintenance [10]. - The introduction of drones and robots for inspections is enhancing risk identification and operational efficiency [10]. Group 5: Emergency Response and Disaster Management - A differentiated strategy for grid construction is being implemented to address the unique geographical challenges of Fujian, enhancing resilience against extreme weather [11][13]. - An integrated monitoring network has been established, utilizing various technologies for real-time disaster monitoring and early warning [13][15]. Group 6: Inter-Provincial Power Support - The interconnection project between Fujian and Guangdong has been operational, allowing for a power transfer capacity of 2 million kilowatts to support peak demand in Guangdong [16]. - This interconnection not only aids in peak load management but also enhances emergency support capabilities during natural disasters [19].

盛夏时节，庆阳市合水县老城镇牧家沟村的麒麟西瓜种植基地迎来丰收季。成片的瓜田里，圆滚滚的西瓜缀满藤蔓， 瓜农们穿梭其中忙着采摘、分拣、装车，一派热火朝天的景象。近日，国网庆阳供电公司工作人员走进种植基地，为这 场"甜蜜丰收"进行安全用电巡检。 走进牧家沟村西瓜种植核心区，碧绿瓜藤间，成熟的麒麟西瓜表皮花纹清晰，切开后金黄的瓜瓤、饱满的汁水令人垂 涎。"今年西瓜长得特别好，口感脆甜，特别受欢迎，这都多亏了稳定的电力。"种植户赵师傅抱着刚摘的西瓜，眼角笑出 了褶子，"以前最怕用电高峰水泵'罢工'，现在24小时电不断，滴灌系统'喝饱电'，西瓜自然长得好。" 除了筑牢电力"硬支撑"，国网庆阳供电公司也做足服务"软功夫"。组织共产党员服务队定期到基地开展安全用电检 查，帮助种植户排查隐患、宣传知识、解答疑问；开通办电"绿色通道"，简化流程、缩短接电时间，全力保障农户用电需 求。 "电力不仅保障了丰收，更点亮了产业发展的希望。"合水县农业农村局相关负责人表示，依托麒麟西瓜产业，当地已 形成"种植+冷链+销售"一体化产业链，带动就业超200人，户均年增收超4万元。 下一步，国网庆阳供电公司将持续优化农村电网结构，深化"电力 ...

文 | 新疆维吾尔自治区发展和改革委员会 6月25日， 新疆发展和改革委就 《自治区贯彻落实深化新能源上网电价市场化改革实施方案（试行）》 发表解读文件。 该实施方案被视作新疆136号文配套细则，根据解读 文件来看，文件明确了机制电量规模、机制电价水平、增量项目竞价、 机制电量差价结算等核心内 容。 主要任务： 推动新能源上网电价全面由市场形成 、 建立新能源可持续发展价格结算机制 、 确定机制电量规模 和 电价水平 、 明确差价结算方式 、明确 执 行期限和退出规则 等 五 项任务。 机制电价和机制电量： 增量项目竞价工作： 机制电量差价结算： 《方案》明确， 对纳入机制的电量 ，国网新疆电力有限公司 每月按机制电价 开展差价结算 ，将 同类型项目 市场交易均价与机制电价的差额 ， 纳入 系统运行费 " 新能源可持续发展价格结算机制差价结算费用 " 科目 。 国网新疆电力有限公司 具体编制 差价结算细则 ，负责 组织 签订差价协议、 开 展差价电费结算 、及时公布结算情况等工作 。 解读文件指出， 此次贯彻落实 136 号文件， 突出做好 新老政策衔接 ，《方案》在 机制电量规模上，补贴项目衔接原优先电量 ...

6月6日，湖北电力现货市场结束416天连续试运行后正式转正，成为国家第二批电力现货市场建设试点 中首个实现正式运行的省级市场。湖北也成为全国第6个迈入现货市场正式运行的省份。 自2021年纳入电力现货市场建设试点以来，湖北积极构建适应新型电力系统的市场化运行机制。立 足"水风光三足鼎立、送受电双向互济"的能源格局，湖北凭借三峡外送起点、西电东送骨干通道、南北 互供关键枢纽的区位优势，构建起"中长期+现货+辅助服务+零售市场+绿电绿证"五位一体、"省内+省 间"协同运行的电力市场体系，为全国统一电力市场建设提供了"荆楚实践"。 运行端实现"三个转变" 筑牢电力保供安全网 电力供应的安全稳定，是经济社会平稳发展的基石。湖北电力现货市场聚焦运行端变革，实现电力生 产、电网调度和新能源管理的全方位升级，为电力安全保供构筑起坚实防线。 在电力生产领域，湖北实现从计划到市场的跨越。"以往，电厂发电计划由调度中心统一安排。如今， 68台统调燃煤电厂、288座集中式新能源场站全部'报量报价'参与现货市场。"国网湖北省电力有限公司 电力调度控制中心（以下简称"湖北电力调控中心"）副主任邵立政表示，各机组依据报价高低确定开机 顺 ...

让"沙戈荒"变身"绿粮仓" 在腾格里沙漠东南边缘处，一大片风电光伏基地如绿色引擎扎根在这"沙戈荒"之中，该基地的1300万千 瓦风电光伏复合装机将沙漠风能与太阳能转化为清洁电力，作为全国"十四五"电力规划"宁湘直流"工程 配套电源点，该基地所发电量将经特高压线路直送湖南。 该基地名为宁夏腾格里沙戈荒能源大基地，是我国首个国家发展改革委和国家能源局双批复的沙戈荒能 源大基地，其所属的"宁湘直流"工程是"西电东送"的重要节点，线路全长1634千米，计划于2025年9月 建成投运。 从2023年开始，融资租赁行业的发展绕不开一个话题——专业化转型。如何发挥融资租赁"融物+融 资"的双重属性、破解服务痛点、构建产融协同新生态，已成为行业转型的核心课题。 无论是绿色转型、数字转型，还是业务转型、模式转型，逐渐向专业化、差异化、特色化经营转变的金 融租赁公司和融资租赁公司正通过系统性重构战略逻辑、资源配置、运营模式与技术迭代，锚定长期发 展坐标。以数字工具提升运营效率与客户服务体验，以业务场景的跨界融合突破增长边界，以绿色实践 实现生态价值、社会价值，推进产融深度协同发展。 从服务大型企业项目建设、设备购置，到支持小微企 ...

今年以来,国网平利县供电公司紧扣高质量发展主题,将"发展质量再提升、经营效益再提升、运营效率再 提升、管理效能再提升"确立为核心目标。公司组织各部门、班组制定具体提质增效举措,细化分解融合 期攻坚重点任务,编制关键指标,提炼特色实践方法。通过强化专业协同、激发宣传引导活力、推动管理 与质量升级,着力打好提质增效"组合拳"。 党建领航,提质增效 行政、生产、营销农电党支部立足职责分工,划定党员线损管控责任区,实行台区网格化管理,确保线损管 理全覆盖、关键指标党员抓、治理过程精益化。持续优化"一线一策""一台一策"方案,合力攻克线损治 理难点痛点。3月公司入选国家电网同期线损管理百强县,8个供电所同步入围百强所。公司将持续强化 责任担当,加大攻坚力度,创新升级提质增效路径:盘活存量资产,苦练降本内功,精打细算过日子,真抓实干 创效益,推动各项工作全面质效登高。 精准治线,保障供电 为有效减少线路故障、提升供电质量,公司坚持问题导向,多措并举开展治理工作,一是强化运维管理。 明 确属地供电所线路巡视消缺职责,完善流程,按月检查考核。建立基于历史故障与线路状况的差异化档案, 突出巡视重点,提升效率,实现缺陷隐患早发现 ...

Core Viewpoint - The vehicle-to-grid (V2G) interaction is gaining momentum in the electric vehicle (EV) industry, transitioning from technical validation to pilot-scale applications, with significant participation from over 6,000 EVs in a recent test in Hefei, achieving an interaction volume of 28,000 kWh [2][3] Group 1: Pilot Scale Applications - The increasing penetration of EVs is leading to challenges in grid stability and resource allocation, necessitating the development of intelligent and orderly charging facilities to ensure positive interaction with the grid [3] - Under the V2G model, EVs act as mobile energy storage units, charging during low demand and discharging during peak demand, thus alleviating grid pressure and allowing owners to profit from electricity price differences [3][4] - The first batch of nine pilot cities for V2G applications includes Shanghai, Hefei, and others, with Shanghai standing out due to its large EV ownership and mature market response [4] Group 2: Government and Local Support - Local governments are incentivizing participation in V2G projects through financial subsidies, such as Guangzhou's annual support of up to 20 million yuan for pilot projects [4] - Shenzhen has initiated large-scale V2G testing, allowing EV owners to profit significantly from returning excess energy to the grid, with one owner reportedly earning over 2,000 yuan in two days [6] Group 3: Industry Engagement - Various enterprises are actively exploring V2G projects, with Southern Power Grid organizing extensive participation across multiple provinces, involving over 100,000 EVs in interactive activities [7] - Private companies are also entering the market, supported by recent government initiatives aimed at promoting private investment in innovative energy technologies [8] Group 4: Challenges and Solutions - Despite the progress, challenges remain in technology, standards, and user perception, with calls for unified communication protocols and increased awareness of the benefits of V2G participation [9] - Collaborative efforts among government, enterprises, and users are essential to overcome these barriers and establish a robust commercial framework for V2G applications [9][10]

Group 1 - The core viewpoint of the articles highlights the significant progress made by State Grid Jiangsu Electric Power Company in promoting green energy and reducing carbon emissions through the introduction of clean electricity from hydropower projects, which has delivered over 700 billion kilowatt-hours of clean energy, equivalent to a reduction of over 600 million tons of CO2 emissions [1] - The transition of Jiangsu's energy structure from fossil fuels, which previously accounted for nearly 95% of its energy mix, to over 30% clean energy demonstrates the company's commitment to green development and sustainable energy practices [1] - The increase in inter-provincial green electricity trading, which is expected to rise from 10% to nearly 60% by 2024, indicates a robust demand for green energy among enterprises, enhancing their competitiveness and contributing to Jiangsu's low-carbon transition [1] Group 2 - The company aims to enhance local renewable energy capacity, with an expected grid-connected renewable energy consumption scale of approximately 13,000 megawatts by 2027, supported by the construction of new infrastructure and innovative technologies [2] - The implementation of advanced technologies such as "embedded" direct current and "AC to DC" conversion will significantly improve the transmission capacity of electricity from the north to the south and increase the local consumption of green electricity [2] - The company emphasizes the importance of optimizing the coordination between external green electricity introduction and local green electricity development to ensure stable and efficient green electricity supply, while also focusing on technological research and application to enhance energy efficiency [2]