年报显示，2024年全年，中国核电累计商运发电量2163.49亿千瓦时，同比增长3.09%；上网电量为 2039.23亿千瓦时，同比增长3.28%。 "2025年，公司全年发电量目标为2370亿千瓦时，其中核电计划发电量为1954亿千瓦时，新能源计划发 电量为416亿千瓦时。"中国核电有关负责人告诉记者。 核电业务安全当先，稳健运行。据这位负责人介绍，截至2024年底，中国核电控股商运核电机组共计25 台，总装机容量2375万千瓦，全年核电机组发电量1831.22亿千瓦时；2024年全年在运机组非停率为0.04 次／堆年（全年1次），全年22台机组WANO（世界核运营者协会）综合指数满分，平均分达到99.13 分，达到历史最优，设备可靠性指标达到97.68分。 新华财经北京4月29日电（记者安娜）中国核能电力股份有限公司（以下简称"中国核电"）29日发布的 2024年年报显示，2024年，公司实现营业收入772.72亿元，利润总额225.64亿元，归母净利润87.77亿 元，资产负债率压降至68.27%，净资产收益率9.44%。报告期内，公司相继进入"上证50"和"富时中国 50"指数，获得国内外专业投资者的 ...

放眼世界，百年未有之大变局加速演进，不确定不稳定性因素持续增多，国际政治、经济形势风云变 幻，对国内冲击逐步增强。如此境况，优势龙头国企所发挥的定心骨作用，对资本市场乃至整个国家经 济来说愈加重要。 2025年4月29日，中国核电年报发布。作为我国核电领域的龙头企业，中国核电2024年实现营业收入 772.72亿元，利润总额225.64亿元，归母净利润87.77亿元，资产负债率压降至68.27%，净资产收益率 9.44%，稳增长发展基础更加坚实的同时，资产质量、经营水准进一步提升。 报告期内，公司相继进入"上证50"和"富时中国50"指数，获得国内外专业投资者的进一步认可。2025年 初，中国核电140亿元定增完成，除控股股东中核集团外，社保基金会出资近120亿元认购股份。 去年底，社保基金副理事长武建力曾表示，社保基金会作为典型的长期资金、耐心资本，愿携手中央企 业，通过建立常态交流机制、合作开展专题调研、共同培育挖掘优质投资项目等多种方式，全面加强与 中央企业合作，凝聚发展新质生产力强大合力，助推中国式现代化建设。 安全高效，发电量稳健上升 2024年全年，中国核电累计商运发电量2,163.49亿千瓦时， ...

由于海外EPC项目客户要求，公司在2024年一季度集中交付并结算利润，形成了较高的基数，故而公司 25年一季度的归母净利润有较为显著的下滑，但公司仍积极推进海外项目，全年的业绩仍然可以期待。 中国天楹以环保业务起家，深耕垃圾焚烧发电领域，构建了世界一流的生活垃圾处理处置链，原生垃圾 焚烧、飞灰等离子体熔融、炉渣资源化处置，从垃圾到资源，开创一站式三化处理新模式。 28日盘后，中国天楹（000035）披露2024年年报和2025年一季报。公司2024年营收56.67亿元，同比小 幅增长，归母净利润2.799亿元，同比减少17%。但利润下滑主要由于此前公告的子公司Firion于去年10 月向西班牙税务部门补缴1.86亿元税款所致，若剔除该"一次性"影响，公司2024年度实现归母净利润 4.63亿元，同比增长37.41%。 公司也是环保行业最早出海的企业之一，积极布局"一带一路"国家。作为国际领先的环境综合服务商， 中国天楹此前已通过多个绿色环保项目深入到越南经济社会之中，包括越南河内市日处理规模4000吨垃 圾焚烧发电项目，该项目作为行业内的标杆项目，被誉为"中越合作的成功典范"。同时，中国天楹清化 省、富寿省垃 ...

Core Insights - The energy policy of the Trump administration presents a complex pattern of "strategic expansion and soft power erosion," highlighting core contradictions such as strategic coordination dilemmas, resource integration paradoxes, environmental adaptation challenges, and value guidance conflicts [1][3] Group 1: Strategic Challenges - The strategic coordination dilemma is evident in the split between production commitments and market rules, leading to a potential decline in the U.S. energy soft power index to 62%-68% if the current path continues [1][3] - The resource integration paradox reveals a conflict between supply chain control and adverse effects, as the U.S. pressure on OPEC to increase production (by 411,000 barrels per day) disrupts the dynamic balance among oil-producing countries [1] Group 2: Policy Implications - The duality of rule reconstruction is highlighted by U.S.-Russia energy diplomacy surrounding Ukraine, which aims to reshape energy circulation rules but undermines the stability of the international energy market [1][2] - Tariff policies, such as imposing tariffs on Canadian heavy oil, protect domestic shale oil companies but increase refining costs by 15%-20%, creating a distribution pattern where capital groups benefit while small businesses and consumers bear the costs [1][2] Group 3: Market Dynamics - The resilience limitations of the shale revolution are evident as the increase of 1 million barrels per day in U.S. shale oil production is countered by cash flow crises below the $50 per barrel price line, leading to a decline in drilling platform numbers [2] - The International Energy Agency (IEA) has downgraded the global oil demand growth forecast for 2025 from 1.03 million barrels to 730,000 barrels, primarily due to the "composite suppression effect" of Trump's tariff policies, which suppress daily demand by 150,000 to 200,000 barrels [2] Group 4: Financial and Technological Shifts - The disruption of price signal transmission is illustrated by the Brent crude oil backwardation and the simultaneous decline in refined oil inventories, indicating a market adaptation that acknowledges current tightness while predicting future oversupply [2] - The weakening of the petrodollar system is accelerated by tariff policies that prompt the EU to advance carbon tariffs and India and China to establish non-dollar energy trading systems, diminishing U.S. financial soft power [2] Group 5: Energy Transition Challenges - The paradox of clean energy transition is highlighted by excessive protection of traditional energy sources, which has led to a more than 20% increase in photovoltaic component costs, negating the effectiveness of the IRA tax credit policy [2][3] - The current energy policy is trapped in a "triple dilemma" of conflicting strategic goals, diminishing tool effectiveness, and rising institutional costs, necessitating policy adjustments focused on establishing flexible quota systems and reshaping clean energy leadership through technology sharing [3]

其中，亿纬锂能与 沃太能源 正式签署《战略合作协议》，双方将在 2025-2028 年达成电芯战略采购合作， 预计总采购规模达 10GWh 。 此次合作将进一步强化双方在新能源产业链的协同优势，共同推动全球清洁能源转型；与 威胜能源技术股份有限公司签署 1GWh 战略合作框 架 ，深化产业协同，共绘绿色能源新蓝图。 在 2025 年初，亿纬锂能已与海博思创签 50GWh 电芯战略采购合作，至此亿纬锂能合作签单已达 61GWh 。 大规模订单支撑亿纬锂能 2024 年至今储能出货量保持强劲势头。 起点研究院统计， 2024 年全球储能电池出货量前十企业中，亿纬锂能排 名上升至全球第二。 可以看到，通过与国际、国内一线新能源企业达成合作，亿纬锂能进一步打开了国内外销售市场，助推其 2024 年全球储能电池市场地位的 提升。 2024 年 4 月，亿纬锂能宣布与海得智慧能源、林洋储能、晶科储能等国内多家企业达成合作，总合作规模达到 19GWh 。 2024 年 6 月和 9 月 ， 亿纬锂能 分别与 Powin 、 AESI 等海外客户达成合作，供应规模分别达 15GWh 和 19.5GWh 。 同 年 12 月， ...

Core Viewpoint - Wind power is a clean and renewable energy source that significantly reduces greenhouse gas emissions and pollution, thereby alleviating climate change and improving air quality. The wind power industry in China has maintained high-quality development, with a notable trend towards larger wind turbine capacities [1][21]. Industry Overview - Wind turbines convert wind energy into mechanical energy and then into electricity, playing a crucial role in the transition to clean energy. The average capacity of newly installed wind turbines in China for 2024 is projected to be 6046 kW, an increase of 8.1% year-on-year [1][19]. - The average capacity of onshore wind turbines is expected to reach 5885 kW, up 9.6%, while offshore wind turbines will average 9981 kW, a 3.9% increase [1][19]. - The share of wind turbines with a capacity of 5 MW and below has rapidly decreased from over 50% in 2022 to around 5%, while the share of offshore wind turbines with a capacity of 10 MW and above has increased from 12.1% in 2022 to 58% [1][19]. Industry Policies - The Chinese government has implemented various policies to enhance the strategic position of the wind power industry, including the "Thousand Villages and Ten Thousand Villages Wind Action" initiative aimed at promoting wind power development in rural areas [9][12]. - The Ningxia government has proposed a plan to upgrade and replace old wind turbines, targeting the renovation of over 200,000 kW of outdated wind power capacity by 2027 [9][12]. Industry Chain - The wind turbine industry chain includes upstream component manufacturing, midstream assembly, and downstream application markets. Key components include blades, generators, gearboxes, and converters [13]. Market Size and Growth - The wind turbine blade market in China is projected to reach 47.6 billion yuan in 2024, driven by advancements in technology and the trend towards larger blades [15]. - The total installed wind power capacity in China is expected to reach 520.68 GW by 2024, with a year-on-year growth of 18% [19]. Key Companies - Major players in the wind turbine industry include Goldwind Technology, Dongfang Electric, and Harbin Electric, which dominate the market share. The industry is characterized by a high concentration of production capacity [29][31]. - Goldwind Technology reported a revenue of 12.768 billion yuan from wind turbine sales in the first half of 2024, while Dongfang Electric's clean energy equipment revenue reached 14.065 billion yuan, a 41.03% increase year-on-year [31][33]. Development Trends - The wind turbine industry is expected to undergo significant technological innovations, with advancements in design and materials leading to higher energy capture efficiency [36]. - The industry will see deeper vertical integration and specialized division of labor, with leading companies extending into upstream core component production [37]. - New business models, such as shared wind power and community wind power, are emerging, alongside the integration of wind power with hydrogen and energy storage solutions [38].

Core Insights - The report by Ember highlights a record growth in global renewable energy generation in 2024, with clean energy (including renewables and nuclear) surpassing 40% of total global electricity generation [1] Group 1: Renewable Energy Growth - In 2024, global renewable energy generation increased by 858 TWh, a 49% rise compared to the previous record of 577 TWh set in 2022 [1] - Hydropower remains the largest source of clean electricity, accounting for 14.3%, while wind and solar energy represent 8.1% and 6.9% respectively, with their combined share exceeding hydropower for the first time in 2024 [1] - Nuclear energy's share dropped to 9%, marking a 45-year low [1] Group 2: Solar Energy Dominance - Solar energy continues to be the largest source of new electricity globally for the third consecutive year, with an addition of 474 TWh in 2024, bringing its total generation to 2 TW, doubling from 1 TW in 2022 [2] - China plays a crucial role in the global energy transition, contributing 53% of new solar and 58% of new wind energy generation in 2024, significantly outpacing other regions [2] - China's solar generation now accounts for 8.3% of the global total, more than doubling from three years ago [2] Group 3: Challenges and Future Outlook - The report indicates that global electricity demand grew by 4% in 2024 due to frequent heatwaves, leading to a slight increase in fossil fuel generation and a record high in carbon emissions from the electricity sector [5] - The rapid growth of clean energy generation is expected to gradually reduce reliance on fossil fuel generation in the coming years, aided by advancements in battery storage and other technologies [5]

Core Viewpoint - Australia is at the forefront of developing a new power system, with a high proportion of wind and solar power generation, reaching 28.14% in 2023. The non-interconnected nature of its grid presents significant challenges as the share of renewable energy increases [1]. Group 1: Demand Side Transformation - The demand for wind and solar energy in Australia is primarily driven by the electrification, hydrogen energy, and electric vehicle development, rather than a typical shortage of electricity seen in developing countries. The projected CAGR for electricity demand from 2024 to 2050 is approximately 1.93%, with significant growth rates of 13%, 18%, and 27% for electrification, hydrogen, and electric vehicles respectively [3][4]. - The total electricity demand in Australia for 2023 is estimated at 273 TWh, with a compound annual growth rate (CAGR) of 0.54% over the past five years. By 2030, total electricity demand is expected to reach 304 TWh, with a CAGR of 1.81% from 2024 to 2030 [5][6]. Group 2: Generation Side Characteristics - The cost of solar and storage has reached a parity point in 2024, with the levelized cost of electricity (LCOE) for solar plus storage estimated at approximately 0.056-0.086 AUD/kWh, which is lower than coal and gas costs [7]. - The proportion of renewable energy generation is expected to increase significantly, with projections indicating that by 2030, renewable energy will account for 82% of total generation, potentially exceeding 90% by 2033 [10]. Group 3: Policy Framework and Trends - The energy transition policy in Australia is accelerating, with a clear target for clean energy transformation. The actual pace of transition may exceed government expectations due to increasing regulatory demands and the need for flexible energy resources [8][9]. - The retirement of coal-fired power plants is occurring at an accelerated pace, with all coal plants expected to close by 2037, five years earlier than previous estimates [12]. Group 4: Market Characteristics - The Australian electricity market is characterized by high volatility in wholesale prices due to the lack of a capacity market and price caps. This has led to frequent negative pricing and challenges in recovering investments in coal power plants [17][18]. - The minimum demand for electricity has reached historical lows, with extreme price fluctuations becoming more common. The price cap for the wholesale market is set to increase significantly over the next few years [18]. Group 5: Investment Opportunities - The largest market growth is expected in centralized storage, with a CAGR of 42.9% from 2025 to 2030. The charging station market is projected to grow at a CAGR of 44.8% during the same period [19][20][22]. - Hydrogen energy is anticipated to become a significant market by 2030, with production expected to reach 50,000 tons, translating to a market size of approximately 39 billion AUD [21].

根据起点研究院（SPIR）统计数据显示， 2024全球锂电池出货量达1501.9GWh，同比增长 26.0% ，其中EV动力锂电池出货1036GWh，+18.6%； ESS储能锂电池出货356GWh， +61.5%；轻型动力锂电池出货43GWh，+21.5%； 3C锂电池出货66.9Wh，+6.9%。 细分到各主要细分领域，市场表现如下： EV动力电池： 起点研究院（SPIR）统计数据显示2024年全球新能源汽车销量1810万辆，同比 增长25.2%，新能源汽车销量的增长带动2024全球EV动力电池出货量达1036GWh，同比增长 18.6%。起点研究院（SPIR）预计2025年全球EV动力电池出货量将达1210GWh，同比增长 16.8%。 ESS储能电池： 在各国清洁能源转型目标及3060碳中和碳达峰目标推动下，风电光伏装机比例 不断提升、电力系统灵活性要求提高、储能技术进步及电池系统成本下降，2024储能电池市场 需求持续快速增长。起点研究院（SPIR）统计数据显示，2024全球储能电池出货量356GWh， 同比增长61.5%；预计2025年全球储能电池出货量将达530GWh，同比增长48.9%，主要增 ...