Core Viewpoint - Geothermal energy is gaining traction as a clean, efficient, and stable renewable energy source in the context of China's "dual carbon" goals, with expanding application scenarios and significant opportunities for development in the energy sector [1][2]. Industry Development - China possesses approximately 1/6 of the global geothermal resources and leads in direct utilization, accounting for about 37.7% of the global total [2]. - The development of geothermal energy technology has advanced significantly, with innovations such as containerized geothermal power generation reducing construction time to 1/10 and costs to 1/2 compared to international standards [2]. - The shift towards geothermal energy is crucial for achieving carbon neutrality and enhancing energy security, especially given China's reliance on imported fossil fuels [2]. Zero Carbon Park Construction - The construction of zero carbon parks presents new opportunities for geothermal energy, with the EU's carbon border adjustment mechanism emphasizing the importance of sustainable energy supply systems [3]. - Notable projects include the Liaoning Shenyang Sino-German High-end Equipment Manufacturing Industrial Park and the Zhengzhou Airport Economic Zone, which utilize geothermal energy for clean heating solutions [3]. Economic Benefits - Implementing geothermal heating in buildings can save significant amounts of natural gas and reduce energy expenditures, with estimates suggesting a savings of approximately 3 billion yuan annually for every 100 million square meters of buildings [4]. - The transition to geothermal energy not only lowers carbon emissions but also significantly reduces operational costs, as demonstrated in projects like the one in Xinxiang, Henan [4]. Future Prospects - The geothermal industry is expected to develop into a distinctive industrial cluster worth over 100 billion yuan, driven by continuous technological advancements and supportive government policies [5]. - The growth of the geothermal sector is anticipated to encompass a wide range of applications, including residential heating, hospitals, schools, and industrial uses, contributing to new economic growth points and production capabilities [5].

Core Viewpoint - The power grid equipment industry is transitioning from traditional infrastructure to a core foundation supporting new power systems and the AI computing era, entering a high prosperity "super cycle" [1] Group 1: Policy and Investment Cycle - During the "14th Five-Year Plan," the State Grid and Southern Grid have significantly increased fixed asset investment plans, providing a solid demand foundation for the power grid equipment industry over the next five years [2] - The State Grid's fixed asset investment is expected to reach 4 trillion yuan, a 40% increase from the "13th Five-Year Plan," focusing on ultra-high voltage transmission and digital upgrades [2] - Southern Grid plans to invest 180 billion yuan in fixed assets by 2026, marking five consecutive years of record highs, driving demand for ultra-high voltage and smart grid equipment [2] Group 2: Global Market Opportunities - There is a significant investment gap in global power grids to achieve climate goals, especially in emerging markets, presenting historic overseas opportunities for Chinese power grid equipment companies [3][5] - The International Energy Agency (IEA) indicates that global grid investment needs to grow at a compound annual growth rate of 9.4% from 2023 to 2030, reaching approximately 620 billion dollars by 2030, nearly double the 330 billion dollars in 2023 [5] - Chinese companies are leveraging their comprehensive advantages in the power grid equipment industry to expand internationally, with transformer exports increasing by 36.3% year-on-year [5] Group 3: Technology Upgrade Trends - The power grid is evolving into a complex collaborative system, with flexible DC transmission technology and smart grid upgrades being key drivers for increasing equipment value and technical barriers [6][9] - Flexible DC transmission technology is crucial for solving challenges related to long-distance, high-capacity renewable energy transmission, offering significant advantages over traditional AC transmission [9] - The shift towards smart grid upgrades is driven by the integration of distributed energy sources, electric vehicles, and storage devices, creating a substantial demand for smart electrical equipment [9] Group 4: AI Computing Power Catalyst - The explosive growth of AI data centers is creating extreme challenges for power system reliability and quality, becoming a catalyst for unexpected investment in power grids, especially in overseas markets [10] - The demand for reliable power systems for data centers is driving the need for new or upgraded high-voltage transmission lines and substations, as well as advanced monitoring and protection systems [10][11] - Domestic projects like the East Data West Computing initiative are also raising the bar for power grid requirements, positioning Chinese companies with technical expertise to fulfill urgent global power needs [11] Group 5: Investment Strategy - The power grid equipment industry is experiencing a clear uptrend, and investors are advised to use tools like the power grid ETF (561380) for diversified exposure to the sector [12] - The ETF covers approximately 70% of power grid equipment, including transformers and converters, and 13% of communication equipment, benefiting from strong AI demand [12] - The industry is at the beginning of a rare "super cycle," supported by substantial domestic investment plans and global energy transitions, presenting a historic opportunity for growth [12]

Core Viewpoint - The report by IRENA and ILO highlights a slowdown in employment growth in the renewable energy sector despite a continuous increase in installed capacity and investment, with global renewable energy employment growth dropping to 2%-3% in 2024, significantly lower than previous years [2][4][6]. Employment Growth Trends - In 2024, global renewable energy employment reached 16.6 million, marking a slight increase but with a growth rate of only 2.3%-2.5%, the lowest in recent years, contrasting sharply with over ten percent growth in 2023 [4][5]. - Solar photovoltaic (PV) remains the dominant sector, providing over 7.2 million jobs, accounting for more than 40% of total renewable energy employment [4]. Factors Influencing Employment - The slowdown in employment growth is attributed to several factors, including increased automation and economies of scale, which reduce the labor input required per unit of capacity [5][10]. - Delays in grid infrastructure and lengthy project approval processes also hinder the speed of project implementation, affecting job creation [5]. Regional Contributions - China plays a crucial role in global renewable energy employment, with over 4.2 million jobs in solar PV, representing nearly 60% of global solar employment [8]. - In 2024, China's renewable energy employment slightly declined due to increased labor productivity and economies of scale, rather than a decrease in demand [8]. - Other regions show varied employment levels, with the EU at approximately 1.8 million jobs, Brazil at 1.4 million, and limited growth in India and the US [8]. Industry Maturity and Challenges - The renewable energy sector is entering a more mature phase, with employment changes influenced by technological advancements, industry restructuring, and policy environments [10]. - Automation and digitalization are replacing traditional labor-intensive jobs, while overcapacity and structural adjustments are pressuring employment in certain regions [10]. - There is a significant regional imbalance in renewable energy employment, with Asia dominating while Africa faces challenges in attracting investment and developing local industries [10]. Policy Coordination and International Cooperation - The report emphasizes the need for enhanced policy coordination and international collaboration to create a balanced development environment for renewable energy [11]. - It suggests that countries should align trade, industry, and labor policies, focusing on the human aspect of energy transition [11].

1月的商品市场明星非金银莫属。然而，在宏观变局与产业新旧动能共振的格局下，有色金属板块表现 同样可圈可点。随着贵金属市场经历巨震、波动渐趋平缓，投资者的目光开始寻找新的结构性机遇。其 中，铜与铝1月表现尤为活跃，两者走势呈现"你追我赶"的轮动格局。 1月，地缘政治不稳定因素推升了市场避险情绪。白银因海外供应紧张而飙涨，其剧烈波动显著干扰了 铜铝的运行节奏。1月末，随着凯文·沃什被提名为下任美联储主席，贵金属市场遭遇重挫，并拖累铜铝 价格。 然而，这些外部干扰因素正在快速被市场消化。美联储1月议息会议维持利率不变，2月暂无议息安排， 市场焦点转向地缘政治等宏观事件。更重要的是，前期扰动市场的两大不确定性——美国对关键矿产的 关税政策方向与美联储主席人选已阶段性明朗。随着相关套利活动趋于停滞，预计白银价格对铜铝的干 扰将逐步减弱，铜铝的定价也将逐步回归自身供需面。 铜市场正面临数年未见的供应紧张格局。2026年铜精矿长单加工费（TC/RC）定为零美元／吨，印证了 矿端供应极度紧张的现实。尽管高位硫酸价格贴补了冶炼利润，但矿源紧张仍是贯穿全年的主题。与此 同时，国内外废铜供应因季节性与政策监管趋严而持续紧张，进一步 ...

英国锂电行业数据和情报提供商Benchmark Mineral Intelligence的数据显示，2025年全年，全球新增电池 储能容量较2024年增长近50%，而仅在2025年12月一个月内，中国的新增电池储能装机容量已经超过了 美国在2025年全年的装机容量，更遥遥领先于其他的国家。 中国国家能源局1月30日公布的数据显示，2025年，全国新型储能装机较2024年底增长84%。截至2025 年底，全国已建成投运新型储能装机规模与"十三五"末相比增长超40倍。 中国一个月内的新增装机量超过了美国一年 "2025年，全球电池储能系统市场以创纪录的速度增长，中国占据领先地位。"清洁能源专业网站 Carboncredit今年年初的一篇报道称，锂电池储能系统如今已成为世界能源转型的重要组成部分。这些 系统可以储存来自风能、太阳能和其他清洁能源的电力，在电力需求上升时帮助保持电网稳定。这样不 仅可以帮助电网应对高峰需求，并且有助于推广可再生能源，减少对化石燃料发电的依赖。有趋势表 明，电池储能正在重塑全球能源系统。 【环球时报驻埃及特派记者 黄培昭 环球时报记者 王冬】编者的话：2026年开年以来，中国储能电池行 ...

（来源：内蒙古日报） 转自：内蒙古日报 □张铭洋 纵横交错的电网如同新时代的草原血脉，将来自内蒙古的温暖与光明，源源不断地输送至全国各地。作 为国家电网有限公司在内蒙古自治区的战略践行者，国网蒙东电力深入贯彻落实内蒙古自治区党 委"1571"工作部署，大力弘扬"蒙古马精神"，坚定扛牢职责使命，积极推动能源转型，全力服务经济社 会高质量发展，为内蒙古建设"两个屏障"、"两个基地"、"一个桥头堡"提供有力支撑。 2025年12月30日，国家电网有限公司与内蒙古自治区党委、政府举行会谈。这是双方连续第二年举行高 层会谈，旨在持续巩固深化合作，携手开创"十五五"内蒙古特高压大建设新篇章。国网蒙东电力紧抓发 展机遇，建强电力输送动脉，保障国家能源安全；构建新型电力系统，探索能源转型之路；优化电力营 商环境，践行为民服务初心，在内蒙古大地上绘就履责奉献的崭新画卷。 扛牢保供首责 保障能源安全 在内蒙古鄂尔多斯，一条银线正从这里启程，一路向东到河北沧州，连起蒙西"沙戈荒"新能源基地与京 津冀负荷中心。 2025年12月30日，蒙西—京津冀±800千伏特高压直流工程开工建设。这是内蒙古首条"沙戈荒"新能源基 地外送通道，也是 ...

■杜雨萌 其次，市场需求的爆发构成产业飞速增长的核心驱动力。国家能源局数据显示，截至2025年底，我国太 阳能、风电装机累计容量达18.4亿千瓦，占全国累计发电装机容量的比例达47.3%。与此同时，新能源 发电"间歇性、波动性"特征带来的电网消纳压力也日益凸显。在此背景下，新型储能的市场需求被快速 激活，通过储能系统的充放电调节，可有效平抑新能源发电波动，提升其稳定性与可预测性，大幅提高 新能源并网消纳能力。同时，新型储能能够优化电力系统调度，提升电力系统的灵活性与可靠性，缓 解"源快网慢"矛盾，保障电力系统安全稳定运行。 最后，技术迭代与成本下降为产业规模化发展扫清障碍。从技术路线来看，当前我国新型储能已形成锂 离子电池储能引领，压缩空气储能、液流电池储能及飞轮储能等多元技术路线协同发展的格局。同时， 得益于核心设备国产化率的持续提升，储能系统价格合理回落，让大规模商业化应用成为可能。据初步 统计，2025年全国新型储能等效利用小时数达1195小时，较2024年提升近300小时。新型储能的灵活调 节能力日益凸显，在促进新能源开发消纳、提升电力系统安全稳定运行水平和电力保供能力等方面的作 用逐步增强。 过去五 ...

有券商机构指出，1月制造业PMI（采购经理指数）再度回落到荣枯线以下，反映出有效需求仍不足。A 股流动性支撑延续，临近2026年春节长假，市场交投活跃度依然处于较高水平，短期市场或仍以结构性 震荡为主。 每经记者：刘明涛每经编辑：彭水萍 上周，随着热门板块出现高位震荡，A股主要股指迎来调整，均出现小幅回落，每经品牌100指数在蓝 筹股带动下，周涨幅为0.51%。 有市场人士认为，短期来看，A股市场在交投活跃支撑下，或将延续盘整过程。 "中字头"个股表现出色 上周，A股市场主要指数波动加剧，从周K线来看，截至1月30日收盘，上证指数下跌0.44%，以4117.95 点报收；深证成指下跌1.62%，以14205.89点报收；创业板指和科创50指数周跌幅分别达到0.09%和 2.85%，每经品牌100指数实现小幅反弹，周涨0.51%，以1154.56点报收。 市场热点方面，A股市场板块轮动速度加快，周内半导体、白酒、地产等板块阶段性走高，但行情持续 性仍显不足。经历近期持续上涨后，受国际贵金属价格高位回落影响，上周五有色金属板块大幅回调。 成分股方面，"中字头"个股上周表现出色，中国海油、中国石油以及中国重汽周涨幅 ...

据中国新闻网等媒体1月28日的报道，来自国家能源局官网1月28日的消息称，截至2025年底，全国累计发电装机容量飙升至38.9亿千瓦，较2024年的33.5亿 千瓦新增5.5亿千瓦，同比增幅高达16.1%。这一增量有多惊人？其实已相当于日本和德国两国的发电装机总量之和，或者说我国一年增加的发电装机量，就 和这两个国家的装机总量相当了，这也体现了全球能源领域的"中国速度"。 更值得关注的是，风能和光能新能源装机成为绝对主力，累计装机量首次突破18亿千瓦，其中太阳能发电12.0亿千瓦（同比增长35.4%）、风电6.4亿千瓦 （同比增长22.9%），绿色动力撑起了能源增长的半壁江山。 密码一：风光领衔，绿色转型"跑赢全局" 在5.5亿千瓦的新增装机中，风光新能源的贡献堪称"扛鼎之作"，其增速远超传统能源，成为名副其实的增长引擎。这背后是我国对绿色能源的系统性布 局：从新疆的沙漠光伏基地到黄海的海上风电场，从企业厂房的分布式光伏到农村家庭的屋顶电站，风光能源实现了"集中式+分布式"的全面开花。 密码二：空间革命，闲置资源"变废为宝" 中国能源增长的核心逻辑，是一场"空间资源再利用"的革命。在内蒙古、青海等"三北"地区 ...

Group 1: Market Overview - The market is experiencing extreme polarization, with significant declines in gold and silver prices alongside substantial profit increases in AI computing companies like New Yisheng and Zhongji Xuchuang, indicating a stark contrast between fear and opportunity [1][3][4] - Gold and silver's sharp decline is attributed to the nomination of a new Federal Reserve chairman and a strengthening dollar, representing a violent liquidation of previously crowded trades driven by emotional and leveraged positions [3][4] Group 2: Industry Insights - The surge in performance forecasts from leading optical module companies is linked to a global arms race in computing power, with clear capital expenditures from overseas cloud giants translating into tangible revenue and profits for these companies [4][5] - The current market dynamics highlight the importance of industry certainty and visible performance as a stabilizing factor against market volatility, suggesting a shift in investor focus from speculative narratives to companies with clear earnings visibility [4][5] Group 3: Investment Strategies - Investors are encouraged to assess the quality of their holdings in light of market panic, questioning whether they can maintain their positions during industry-wide emotional shocks [5] - A shift in focus from volatile prices to sustainable trends is recommended, emphasizing the importance of identifying long-term industry trends such as AI computing, high-end manufacturing, and energy transition [5] - Constructing a layered risk approach in investment portfolios is advised, allowing for some participation in market sentiment while ensuring core holdings are anchored in assets with clear trends and verifiable performance [5][6]