Group 1 - The Jiangsu Provincial Political Consultative Conference emphasized the importance of innovation and entrepreneurship ecosystems, with suggestions for strengthening institutional design and policy incentives to accelerate the development of an OPC innovation ecosystem [2] - The integration of artificial intelligence into higher education was proposed to promote a virtuous cycle of education, technology, and talent, transforming resource advantages into developmental strengths [2] - Recommendations were made to enhance the intelligent transformation of the manufacturing industry by sharing pilot experiences and reducing technical barriers for small and medium-sized enterprises [2] Group 2 - A call for systematic policies to support talent cultivation and the construction of a youth-friendly and fertility-friendly society was highlighted, aiming to enhance urban renewal and rural revitalization [2] - The establishment of a comprehensive overseas service system was suggested to align with international high-standard trade rules, facilitating orderly overseas development and industry safety [2] - The need for a collaborative approach to build a unified market for technology services in the Yangtze River Delta was emphasized, focusing on high-quality development in the technology service sector [2]

Core Viewpoint - The construction of a new power system is a major strategy personally planned and deployed by General Secretary Xi Jinping, emphasizing the need for systematic planning and efficient development of renewable energy resources [1] Group 1: Systematic Planning of Renewable Energy - The company suggests systematic planning for the efficient development of renewable energy, including the coordinated development of nearshore and deep-sea resources, and the establishment of offshore transmission corridors [1] - It recommends optimizing distributed photovoltaic development plans and exploring full-grid connection models for industrial parks and rural areas [1] - The promotion of the fifth ultra-high voltage direct current project for transferring electricity from Inner Mongolia to Jiangsu is also highlighted [1] Group 2: Scientific Configuration of System Regulation Resources - The company emphasizes the need for forward-looking planning of optimal technical and economic configurations for power system regulation resources [1] - It suggests formulating plans for deep adjustment of coal power and the development of pumped storage resources both within and outside the province [1] - Increased support for key technologies in medium to long-term energy storage and the establishment of energy storage capacity pricing are recommended [1] Group 3: Expanding Green Electricity Applications - The focus is on the urgent demand for green electricity from new entities such as zero-carbon parks, promoting efficient coupling of renewable energy development with zero-carbon park construction [1] - The company advocates for the promotion of distributed photovoltaic development in "whole villages" and "whole parks," as well as expanding pilot projects for direct green electricity connections [1] Group 4: Market Orientation and Policy Support - The company aims to promote coordination between inter-provincial and intra-provincial markets to reduce the cost of purchasing electricity from outside the province [1] - It suggests constructing a joint operation model for long-term and spot electricity markets, optimizing rules for the entry of new energy into the market [1] - Strengthening the connection between time-of-use electricity pricing policies and the spot market is also recommended, along with the development of auxiliary service market varieties [1]

国家电网公司认真落实中央经济工作会议部署，把扩大有效投资作为一季度经营发展的重中之重，固化形成工作 机制，加强各级电网统一规划建设，尽快形成实物工作量，充分发挥电网基础支撑和投资拉动作用，确保一季度 投资起步快、开门红。统计数据显示，公司1月份固定资产投资累计完成308亿元，同比增长35.1%。 ▲国网新源浙江磐安抽水蓄能电站建设现场 电网基建工程取得新进展。公司陆续投产新疆五彩湾北750千伏输变电工程、安徽合肥金牛500千伏输变电工程等 项目，新开工安徽淮南凤台风光储一体化500千伏送出工程、北京丰台500千伏输变电工程等项目，大力推进在建 的若羌—花土沟750千伏线路工程以及辽宁500千伏川州二期输变电工程等电网工程。公司37座在建抽水蓄能电站 工程正有序推进。同时，公司加快推进电网生产技改项目，开工2万余项、竣工投运2000余项。 ▲江苏省送变电公司员工在滨海电厂—鹤栖500千伏线路工程安装附件 公司将统筹安排全年投资计划，加快推进电网建设，有力保障国家能源安全、推动绿色低碳转型，带动上下游企 业协同扩产，助力稳增长、扩内需，服务经济社会高质量发展。 ▲大同—怀来—天津南1000千伏特高压交流工程建设现 ...

雷东生、程晓波、丁巨胜、杨勇平参加。（新甘肃·甘肃日报记者 崔亚明） 来源：新甘肃客户端 编辑：祁晴责编：朱旺 校审：王学香 胡昌升任振鹤会见吕军李向良一行 省委书记、省人大常委会主任胡昌升，省委副书记、省长任振鹤，2月4日在兰州会见了中国大唐集团有 限公司党组书记、董事长吕军，党组副书记、总经理李向良一行。 胡昌升对大唐集团长期以来给予甘肃发展的大力支持表示感谢。他说，当前我们正在深入学习贯彻党的 二十届四中全会精神，全面贯彻落实习近平总书记视察甘肃重要讲话重要指示精神，加快建设新型能源 体系和新型电力系统，加力打造全国重要的新能源及新能源装备制造基地，着力构建体现甘肃特色和优 势的现代化产业体系。希望双方持续深化合作，共同推进项目建设，携手实现共赢多赢。 吕军、李向良表示，甘肃能源资源富集、营商环境优越、高质量发展势头强劲。大唐集团将进一步加大 在甘投资布局力度，加快重点项目建设，推动更多优质项目落地，为甘肃高质量发展作出更大贡献。 ...

Core Insights - China Yichong's 300 MW F-class gas turbine rotor forgings have passed certification, meeting technical requirements for product orders [1][2][3] - Heavy-duty gas turbines are considered the "crown jewel" of the equipment manufacturing industry, with self-controllable core technology being a strategic foundation for national energy security and the enhancement of high-end equipment manufacturing levels [3][5] Technical Breakthroughs - China Yichong has achieved significant breakthroughs in key material and thermal processing technologies, including ultra-pure steel ingot smelting, fine crystal control, toughness matching, uniformity in heat treatment, and control of micro-defects [3][5] - The company has established a theoretical system and technical standards for manufacturing large-section turbine discs suitable for heavy-duty gas turbines, which has profound strategic significance for building a new power system, achieving "dual carbon" goals, and ensuring the security of the national energy supply chain [3][5] Project Progress - The development of the 300 MW F-class heavy-duty gas turbine has seen the completion of the first prototype's assembly, ignition, full-load testing, and preliminary reliability verification, with a second prototype set to be assembled soon [3][5]

Core Viewpoint - The development of concentrated solar power (CSP) in China is gaining momentum, with a target of reaching 15 million kilowatts of installed capacity by 2030, while addressing challenges such as high initial investment and market competitiveness [1][6]. Group 1: Current Projects and Developments - The Qinghai Energy Group's Qingyu DC Phase II 100,000 kW CSP project is continuously supplying electricity to the grid, showcasing the ongoing advancements in CSP technology [1]. - The Hami "Solar (Thermal) Storage" 1500 MW base project integrates 150 MW of CSP with 1350 MW of photovoltaic (PV) capacity, demonstrating the synergy between CSP and PV technologies [2]. - As of the end of 2025, China's operational CSP capacity is expected to reach approximately 1.62 million kW, ranking third globally, with 2.7 million kW under construction, accounting for over 90% of global CSP construction [3]. Group 2: Technological Advancements - China has successfully mastered various CSP technologies, including tower, trough, and Fresnel systems, with ongoing innovations such as the 800 MW PV + 100 MW CSP integrated project in Tibet [4]. - The development of the "four towers and one machine" supercritical 350 MW unit is underway, aiming for over 3000 hours of annual electricity generation [5]. - The domestic production rate of equipment and materials for CSP is nearing 100%, positioning China as a leader in the global CSP market [5]. Group 3: Cost Challenges and Policy Support - The average total investment for CSP projects of 100 MW and above is approximately 15,000 yuan per kW, which is about three times that of equivalent PV projects, leading to financial losses under current pricing conditions [6]. - The recent policy document proposes compensation for reliable capacity of qualifying CSP projects, which could significantly enhance the cost competitiveness of CSP [6]. - Qinghai Province has set a fixed grid price of 0.55 yuan per kWh for CSP projects included in its development plan from 2024 to 2028, providing a degree of certainty for the industry [6]. Group 4: Future Outlook and Strategic Recommendations - The industry is exploring various avenues for cost reduction, including expanding unit sizes, developing new types of molten salts, and optimizing mirror field designs, with potential cost reductions of 0.13 yuan per kWh in the next 3-5 years [7]. - To achieve the target of 15 million kW, efforts must focus on planning, implementation, and ensuring support for land, finance, and policy [7]. - CSP is expected to transition from a backup option to a key support role in the energy system, contributing to carbon reduction in conjunction with coal power and providing green electricity for various industries [7].

● 本报记者 刘英杰 新型电力系统建设纵深推进 随着风电、光伏等新能源装机占比持续快速提升，我国新型电力系统建设已进入纵深攻坚阶段。曾韬表 示，当前我国面对的最大系统性瓶颈在于电力系统的"承载力"与"灵活性"不足。新能源发电固有的随机 性、波动性与用电负荷的相对稳定性之间存在显著矛盾，导致电网调峰调频压力剧增，部分地区甚至出 现"弃风弃光"与"用电紧张"并存的结构性问题。 破解这一难题，离不开电网的智能化与柔性化改造。曾韬表示，未来重点关注的方向包括建设具备海量 接入能力并能智能控制分布式资源的"有源配电网"，推广应用柔性直流输电等技术，以及大力发展可聚 合分布式电源、储能和可调负荷的"虚拟电厂"。当下，以云计算、大数据、人工智能和物联网技术为代 表的数字化技术正广泛应用于电网状态监测、故障预警、负荷预测与调度优化。 在此背景下，储能的作用已发生根本性转变。"储能已从'可选项'转变为新型电力系统的'必选项'，是解 决新能源消纳、保障电网安全、提升能效的关键。"曾韬表示，国内储能的商业模式正从早期单一的配 套模式，转向由电能量市场收益、容量补偿、辅助服务收益和专项补贴等构成的多元化市场收益体系。 在政策方面，国 ...

Core Insights - The global AI industry is experiencing rapid growth, leading to an explosive increase in computing power demand, which is straining electricity supply in key regions like North America and Europe [1][2] - The construction of a new power system in China, focusing on renewable energy, is advancing, with significant investments in grid upgrades, energy storage, and digitalization [1][3] Group 1: AI Power Demand Surge - The expansion of AI computing power is causing regional electricity shortages in North America and Europe, impacting the construction progress of large data center projects [1] - This issue is seen as a long-term structural contradiction, with AI data centers exhibiting exponential energy consumption while the backup capacity of European and American grids is nearing exhaustion [1][2] Group 2: Global AI Industry Chain Impact - The electricity supply challenges are prompting a geographical shift in the industry, with data center operations moving to regions with more abundant power resources, such as the Midwest of the U.S., Canada, and Southeast Asia [2] - Companies are transitioning from relying solely on public power grids to integrated models of self-built green power generation and storage to ensure stable electricity supply [2] - Technological advancements are accelerating, with a rise in the adoption of 800V high-voltage direct current power supply systems and liquid cooling technologies for high-density computing [2] Group 3: China's Advantages in Power Supply - China possesses significant advantages in electricity supply stability, scale, green energy allocation capabilities, and infrastructure construction efficiency [2] - The country has the world's largest unified power grid, ensuring ample electricity supply, and the "East Data West Computing" strategy effectively connects eastern computing demand with western renewable energy resources [2] Group 4: Energy Infrastructure Restructuring - Global electricity shortages are driving a restructuring of the energy infrastructure industry, shifting from traditional grid reliance to "green electricity direct supply + local storage" models [3] - The evolution of electricity technology is moving towards higher voltage, efficiency, and intelligence, with regionalization trends in supply chains due to local policy pushes [3] Group 5: New Power System Development - The construction of a new power system in China is entering a critical phase, with challenges in the system's capacity and flexibility due to the inherent randomness and volatility of renewable energy generation [4] - Intelligent and flexible upgrades to the grid are essential, focusing on developing active distribution networks and promoting flexible direct current transmission technologies [4] Group 6: Storage's Evolving Role - Energy storage has transitioned from an optional component to a necessity in the new power system, crucial for addressing renewable energy consumption and ensuring grid safety [4] - The commercial model for storage is evolving from a single support model to a diversified revenue system, incorporating market earnings, capacity compensation, and auxiliary service revenues [4] Group 7: International Opportunities for Chinese Energy Technology - China's energy technology and solutions are gaining significant international opportunities, particularly in addressing global energy transitions and electricity shortages [5] - The country can enhance cooperation with regions like Europe, Southeast Asia, and the Middle East through technology exports, capacity collaboration, and integrated investment, construction, and operation [5] Group 8: Investment Opportunities in High-Growth Sectors - Under the dual policy guidance of "stabilizing growth" and "energy transition," the investment focus in the power and renewable energy sector is becoming clearer [6] - In the short to medium term, opportunities exist in the export of grid equipment, domestic ultra-high voltage projects, and the storage sector, with a global increase in demand for energy storage [6] Group 9: Long-Term Growth Areas - Long-term growth areas include wind power, energy infrastructure for AI data centers, energy digitalization, and advanced technologies like space photovoltaics [6] - The demand for energy infrastructure driven by AI computing is currently seen as highly valuable for investment, with rapid updates in technologies like 800V high-voltage direct current and liquid cooling [6] Group 10: Investment Strategy Focus - The current investment strategy should prioritize leading companies in various segments, as they possess comprehensive advantages in technology development, brand strength, cost control, and international expansion capabilities [7] - Companies achieving breakthroughs in disruptive technologies are also worthy of attention and continuous tracking [7]

Core Viewpoint - The recent policy changes aim to enhance the capacity pricing mechanism for coal, gas, pumped storage, and new energy storage to ensure the stability and safety of the power system while promoting a green and low-carbon energy transition [2][4]. Group 1: Policy Changes and Mechanisms - The National Development and Reform Commission (NDRC) and the National Energy Administration (NEA) have issued a notification to improve the capacity pricing mechanism for various energy sources, including coal and gas [2]. - The notification emphasizes the need to adapt the pricing mechanisms to the requirements of the new power system and market structure, ensuring a fair competitive environment [2][3]. - It proposes to increase the coal power capacity price standard in various regions and establish a similar pricing mechanism for gas power [2]. Group 2: Financial Implications - The notification requires that the proportion of fixed costs recovered through capacity pricing for coal power plants be raised to no less than 50%, equating to 165 yuan per kilowatt annually [4]. - For new pumped storage projects, a unified capacity price will be set based on average cost recovery principles [2][4]. - The establishment of an independent capacity pricing mechanism for new energy storage will consider factors such as discharge duration and peak contribution [2][4]. Group 3: Impact on Electricity Pricing - The policy is designed not to affect residential electricity prices, maintaining the current pricing policy for residential and agricultural users [4]. - For industrial and commercial users, the adjustments in capacity pricing are expected to balance out, with costs for regulatory power sources decreasing while capacity pricing increases, resulting in minimal impact on overall electricity costs [4].

Investment Rating - The industry investment rating is "Outperform the Market" [1][61] Core Insights - The report highlights the recent policy changes by the National Development and Reform Commission and the National Energy Administration regarding the capacity pricing mechanism for power generation, which aims to enhance the profitability of coal and gas power sources and stimulate investment in new energy storage projects [10] - The report indicates a significant increase in installed power generation capacity, with a total of 389 million kilowatts by the end of 2025, reflecting a year-on-year growth of 16.1%, and emphasizes the shift towards renewable energy sources [11][12] - The average utilization hours of power generation equipment decreased to 3119 hours in 2025, down 312 hours from the previous year, indicating challenges in energy consumption efficiency amidst rapid capacity expansion [12][27] Industry Events - On January 30, 2026, a notification was issued to improve the capacity pricing mechanism for coal, gas, and pumped storage power generation, establishing a new pricing mechanism for grid-side energy storage [10] - The National Energy Administration released national electricity statistics for 2025, showing a substantial increase in solar and wind power generation capacity [11] Market Performance - During the period from January 26 to February 1, 2026, the Shanghai and Shenzhen 300 index rose by 0.08%, while the power equipment index fell by 5.10%, underperforming the broader market [13][15] - Among the sub-sectors related to power energy, only the comprehensive energy service and hydropower sectors saw slight increases, while thermal power equipment and battery-related sectors experienced significant declines [19] Power Industry Operations - In December 2025, the total electricity consumption reached 908 billion kilowatt-hours, a year-on-year increase of 2.77%, with a total annual consumption of 10368.2 billion kilowatt-hours, reflecting a 5.00% growth [20][22] - The newly added power generation capacity for 2025 was 54617.1558 megawatts, with notable growth in thermal and wind power, while hydropower and nuclear power saw declines [22][24] New Power System Developments - As of December 2025, the cumulative installed capacity of energy storage projects in China reached 213 GW, a year-on-year increase of 54%, with new energy storage capacity growing by 85% [44] - The report provides detailed pricing trends for various components in the photovoltaic industry, indicating stability in polysilicon prices and fluctuations in battery component prices [37][47][48] - The total number of charging infrastructure units in China reached 20.092 million by the end of December 2025, marking a 56.75% increase year-on-year [51]