2025年前三季度公司发电量同比增长的主要原因：一是前三季度公司主要水电厂流域来水同比增长，发 电量同比增长;二是公司新能源发电装机规模增长，新能源发电量同比增长。 智通财经APP讯，桂冠电力(600236.SH)发布公告，截至2025年9月30日，公司直属及控股公司电厂2025 年前三季度累计完成发电量318.48亿千瓦时，同比增长14.89%。其中：水电281.57亿千瓦时，同比增长 21.93%;火电10.12亿千瓦时，同比下降55.46%;风电14.69亿千瓦时，同比下降5.95%;光伏12.10亿千瓦 时，同比增长52.20%。 ...

国庆和中秋假期，国网甘肃刘家峡水电厂迎来参观热潮。作为新中国首个百万千瓦级水 电站和全国爱国主义教育示范基地，这里成为众多游客追寻红色足迹、感悟奋斗精神的热门 目的地。 走进刘家峡水电厂，雄伟的大坝矗立在黄河之上，见证着新中国水电事业的辉煌。游客 们纷纷驻足大坝观景台，远眺碧波荡漾的高峡平湖，聆听讲解员讲述上世纪六七十年代建设 者克服技术封锁、恶劣自然条件等困难，用智慧和汗水铸就"共和国水电长子"的感人故事。 一位兰州游客感慨："站在大坝前，能真切感受到当年建设者的热血与激情，这种自力更 生、艰苦奋斗的精神，是我们今天要传承的宝贵财富。" 为迎接国庆，刘家峡水电厂精心策划"传承红色基因 铸就黄河安澜"品牌"开放周"活动， 通过聆听国旗的故事、工业遗产实物展陈、多媒体互动等形式，生动展示水电建设者的奋斗 历程和我国水电技术的自主创新成就。许多家长专程带孩子前来研学，让他们在沉浸式体验 中了解"大国重器"背后的故事。一位家长表示："带孩子来，不仅是看风景，更希望他从小 树立爱国情怀，明白幸福生活来之不易。" 此外，刘家峡水电厂所在的永靖县推出"红色文化+生态旅游"特色线路，让游客在感受 红色精神的同时，领略黄河生 ...

今年以来桂冠电力已经1次登上龙虎榜，最近一次登上龙虎榜为7月9日，当日龙虎榜净买入-1054.99万 元；买入总计6739.01万元 ，占总成交额比9.29%；卖出总计7794.00万元 ，占总成交额比10.74%。 10月9日，桂冠电力盘中上涨2.13%，截至10:04，报6.71元/股，成交5802.69万元，换手率0.11%，总市 值528.91亿元。 资金流向方面，主力资金净流入384.63万元，特大单买入500.81万元，占比8.63%，卖出154.08万元，占 比2.66%；大单买入1060.52万元，占比18.28%，卖出1022.61万元，占比17.62%。 桂冠电力今年以来股价涨0.45%，近5个交易日涨4.19%，近20日涨5.67%，近60日跌8.21%。 资料显示，广西桂冠电力股份有限公司位于广西壮族自治区南宁市青秀区民族大道126号，成立日期 1992年9月4日，上市日期2000年3月23日，公司主营业务涉及水力发电、火力发电和风力发电、售电 等。主营业务收入构成为：水电71.69%，火电13.03%，风电10.13%，光伏3.64%，其他0.96%，其他(补 充)0.55%。 桂冠 ...

10月7日电 国际能源署7日发布的《2025年可再生能源报告》预测，尽管面临供应链和资金压力、电网 整合挑战及政策不确定性等不利因素，全球可再生能源装机容量仍将强劲增长，预计未来5年全球可再 生能源新增装机容量将达到之前5年增量的两倍。 报告显示，未来5年，全球可再生能源增长主要由太阳能光伏产业带动，得益于低成本和审批流程提 速，太阳能光伏发电增长预计将占全球可再生能源装机容量增长的约80%。预计风能发电在新增可再生 能源装机容量中占比位居第二，尽管面临短期挑战，但随着供应瓶颈缓解和项目推进，风电仍将大幅增 长，特别是在中国、欧盟和印度。此外，水电以及生物能、地热能等其他可再生能源技术将继续在支持 电力系统和提高灵活性等方面发挥重要作用。 报告说，在亚洲、中东和非洲的新兴经济体中，成本竞争力和更强的政策支持正在刺激可再生能源更快 增长，多国政府相继推出新的招标计划并提高发展目标。 报告预测，2025至2030年期间，全球可再生能源装机容量将增加4600吉瓦，大致相当于中国、欧盟和日 本当前装机容量总和。 国际能源署署长法提赫·比罗尔在一份公报中说，未来5年，除了成熟市场，预计太阳能光伏发电在沙特 阿拉伯、巴基 ...

Core Insights - The International Energy Agency (IEA) released the "Renewable Energy 2025" report, projecting strong growth in global renewable energy capacity despite challenges such as supply chain pressures, funding constraints, grid integration issues, and policy uncertainties [1][4] - From 2025 to 2030, an additional 4,600 gigawatts (GW) of renewable energy capacity is expected to be added, roughly equivalent to the current total capacity of China, the EU, and Japan combined, representing a doubling of the previous five-year increment [1] Renewable Energy Growth Drivers - Solar photovoltaic (PV) is anticipated to be the primary driver of this growth, expected to account for around 80% of the new renewable energy capacity additions over the next five years due to declining costs and expedited project approvals [3] - Wind energy is projected to follow as the second-largest contributor, with significant growth expected in China, Europe, and India despite short-term supply chain challenges [3] Regional Dynamics - Emerging economies are becoming new engines of renewable energy growth, particularly in Asia, the Middle East, and Africa, where competitive costs and enhanced policy support are driving accelerated development [3] - Countries like Saudi Arabia, Pakistan, and several Southeast Asian nations are expected to see rapid growth in solar PV over the next five years, becoming important growth poles in the global renewable energy landscape [3] Challenges and Policy Recommendations - The report highlights ongoing challenges such as supply chain stability, funding accessibility, and lagging grid infrastructure upgrades that could hinder the pace of renewable energy development [4] - IEA Director Fatih Birol emphasizes the need for policymakers to prioritize supply chain security and grid integration to overcome these obstacles and ensure the achievement of growth targets [4] Energy Transition Trends - The predicted growth scale underscores the irreversible trend of global energy transition, driven by the dual demands of climate change response and energy security [4] - As technology continues to advance and policy support strengthens, renewable energy is set to reshape the global energy supply structure and play a crucial role in achieving carbon neutrality goals [4]

Core Insights - The International Energy Agency (IEA) predicts strong growth in global renewable energy capacity despite challenges such as supply chain issues, funding pressures, grid integration challenges, and policy uncertainties [1] - The report forecasts that the global renewable energy capacity will increase by 4,600 gigawatts (GW) from 2025 to 2030, roughly equivalent to the current total capacity of China, the European Union, and Japan combined [1] - Solar photovoltaic (PV) technology is expected to drive approximately 80% of the growth in global renewable energy capacity due to its low costs and expedited approval processes [1] Renewable Energy Growth Drivers - Wind energy is projected to have the second-largest share in new renewable energy capacity, with significant growth anticipated in China, Europe, and India despite short-term challenges [1] - Other renewable technologies such as hydropower, biomass, and geothermal energy will continue to play important roles in supporting power systems and enhancing flexibility [1] Regional Insights - Emerging economies in Asia, the Middle East, and Africa are experiencing faster growth in renewable energy due to cost competitiveness and stronger policy support, with many governments launching new bidding plans and raising development targets [1] - Solar PV is expected to see rapid growth in countries like Saudi Arabia, Pakistan, and several Southeast Asian nations over the next five years [1] Policy Considerations - As the role of renewable energy in power systems increases, policymakers are advised to closely monitor challenges related to supply chain security and grid integration [1]

SAFE HARBOR STATEMENT Acquisition of EMAE October 2025 This presentation does not contain projections or estimates of future events. However, it may include forward-looking statements that indicate potential trends related to Sabesp, based on the reasonable expectations, beliefs, and assumptions of the Company's management. The use of expressions such as "projects," "estimates," "anticipates," "foresees," "plans," "expects," and similar terms shall not be construed as forecasts or guidance for purposes of a ...

中国电力是否过剩？发电能力为何突增？电力帝国意味着什么？民企光伏是否会被限制上网？这些问题需结合当前电力体制才能讲透。 当前中国电力供给端并非 "过剩" 能简单概括，核心矛盾在于：用21世纪技术建成强悍发电能力，调度系统却仍沿用20世纪体制。 | 指 标 单位 | 名 | 称 | 全年累计 | 同比增长 | | --- | --- | --- | --- | --- | | (%) | | | | | | 全国发电装机容量 万千瓦 | | | 334862 | 14.6 | | 其中:水电 万千瓦 | | | 43282 | 3.2 | | 火电 万千瓦 | | | 144445 | 3.8 | | 杉由 万千瓦. | | | 6083 | 6.9 | | 2024年,全社会用电量98521亿千瓦时,同比增长0.8%,且中划投以上工业发电量力94181亿千瓦时,从分产业用电看,第一产 | | | | | | 业用电量1357亿千瓦时,同比增长6.331,第二产业用电量63374亿千瓦时,同比增长5.18」第三产业用电量18348亿千瓦时,同比增 | | | | | ● 发电量 ● 用电量 8344 内蒙古 5 ...

2024年未全国发电装机容量 单位:亿千瓦 水电装机容量 4.4 核电装机容量_ 0.6 火电装机容量 14.4 并网风电装机容量 5.2 并网太阳能发电装机容量 19.9 2024年全国发电量 单位:亿千瓦时 数据来源:国家统计局(统计范围为规模以上工业法人单位) 城市进化论 2024年31省份风力发电及太阳能发电 单位:亿千瓦时 | | 风力发电 | 太阳能发电 | | --- | --- | --- | | 内蒙古- | 1643.0 | 310.4 | | 新疆 - | 707.9 | 380.4 | | 河北- | 634.7 | 303.3 | | 江苏- | 541.2 | 145.7 | | 山东- | 541.1 | 213.0 | | 山西- | 478.2 | 192.0 | | 甘肃- | 443.2 | 239.1 | | 河南 | 382.4 | 68.0 | | 广东- | 381.1 | 140.5 | | 石南- | 374.3 | 281.7 | | 辽宁- | 318.1 | 57.3 | | 广西- | 305.1 | 91.2 | | 吉林- | 280.1 | 44 ...

在这些水电站中，溪洛渡水电站和白鹤滩水电站分别位于四川和云南两省交界的金沙江上，是国家"西电东送"工程的骨干组成部分。溪洛渡水电站不仅具有 发电功能，还承担着防洪、拦沙以及改善航运条件的多重任务。它的装机容量达到1260万千瓦，年发电量位居世界第四。白鹤滩水电站则是全球在建规模最 大、技术难度最高的水电项目，完工后将成为中国第二大水电站，仅次于三峡水电站。它位于四川和云南的交界处，除了发电，还具备防洪、拦沙、改善航 运等综合效益。 水电资源是利用江河水流的势能和动能推动水轮发电机发电的一种能源形式。与煤炭、石油、天然气和核能发电不同，水力发电不消耗水资源，而是利用水 流的自然能量。这使得水力发电成为一种可持续且环保的能源方式。中国是全球水电资源最丰富的国家之一，其江河水能理论蕴藏量达6.94亿千瓦，年理论 发电量为6.08万亿千瓦时，居世界首位。 中国的水电历史始于1905年，当时台湾省龟山水电站建成，成为中国第一座水电站，装机容量为500千伏安。1912年，中国大陆的首座水电站——云南昆明 石龙坝水电站也投入使用，装机容量为480千瓦。到1949年，全国水电装机总容量为16.3万千瓦。经过多年的发展，到20 ...