金风科技股份有限公司投资者关系活动记录表 证券代码： 002202 证券简称：金风科技 | 组1,119.80MW，6MW及以上机组9,892.93MW；公司在手外部订单共计 | | --- | | 49,873.87MW，其中海外订单量为7,161.72MW；此外，公司另有内部订单 | | 2,586.97MW。公司在手订单总计52,460.84MW，同比增长18.48%。 | | 2025年三季度末，公司自营风电场情况？ | | 答：截至2025年9月30日，公司国内外自营风电场权益装机容量合计 | | 8,688MW，公司国内风电场权益在建容量4,062MW；2025年1-9月，公司国内 | | 外风电项目新增权益并网装机容量745MW，同时销售风电场规模100MW；2025 | | 年1-9月，公司自营风电场的平均利用小时数为1,730小时。 | | 公司在能源管理体系建设方面有哪些进展？ | | 答：近年来，公司逐步完善能源管理体系建设，全面系统性地推进内部工 | | 厂能源审计、能源管理体系认证、绿色工厂认证和光伏建设等工作。截至 | | 2024年底，公司10个工厂已经建立能源管理体系，并通过I ...

Group 1: Lithium Battery Industry - The lithium battery industry chain experienced a significant surge, with the sector index rising nearly 10%, reaching a two-and-a-half-year high [3] - Key stocks such as Yahua Group, Yongxing Materials, and Shengtu Mining hit the daily limit, while other companies like Kangpeng Technology and Haike New Source also saw a 20% increase [3] - The price of lithium hexafluorophosphate, a core material for electrolytes, surged to 121,500 CNY/ton, up over 146% from the year's low of 49,200 CNY/ton in mid-July [5] - The Chinese electrolyte market is projected to see a shipment volume of 1.47 million tons in 2024, a year-on-year increase of 32% [5] - The demand for energy storage is rapidly expanding, with lithium battery shipments expected to reach 165 GWh in Q3 2025, a 65% year-on-year increase [5] - The lithium battery industry is anticipated to enter a sustained price increase cycle due to improving supply-demand dynamics and rising prices across multiple segments [5] Group 2: Renewable Energy Sector - The photovoltaic and wind energy sectors collectively strengthened, with significant gains in photovoltaic equipment and wind power equipment [6] - Companies like Aote Xun and Hongying Intelligent saw their stocks surge, with several others also hitting the daily limit [6] - The China Photovoltaic Industry Association reported positive results from self-regulation efforts, with average bidding prices for components showing slight increases [8] - The average price of polysilicon futures has risen by nearly 20%, indicating an improvement in the market situation [8] - The wind energy sector is also advancing, with the successful testing of a large-scale high-altitude wind energy capture device, marking a significant step in engineering applications [8] - The photovoltaic industry is expected to see a key turning point in capacity clearance in the first half of 2025, which may improve overall industry performance [9]

Core Viewpoint - The State Power Investment Corporation (SPIC) has launched a demonstration project named "Tuqiang" for ultra-large floating offshore wind turbine foundation technology in Yangjiang, Guangdong, marking significant progress in the floating offshore wind power sector in China [1][2] Group 1: Project Overview - The demonstration project is located in the Yangjiang Sanshan Island offshore wind farm area, with water depths exceeding 50 meters, and is scheduled for completion and application verification by the end of 2026 [1] - The project aims to address the cost control challenges associated with floating wind power, which is crucial for the commercialization of deep-sea floating wind energy in China [1] Group 2: Technical Development - The project will focus on developing the first ultra-large foundation equipment suitable for 20 megawatt (MW) floating wind turbines, utilizing integrated design, simulation testing, and intelligent monitoring technologies [1] - The initiative aims to balance structural safety in complex marine environments with lightweight design and cost control by strictly managing the steel usage per megawatt and the cost per kilowatt [1] Group 3: Collaborative Efforts - Since its approval in December 2023, SPIC has formed a collaborative team with 10 entities, including Zhejiang University and Shanghai Jiao Tong University, to establish a comprehensive system for overcoming key bottlenecks in the industrialization of deep-sea floating wind power [2]

Core Viewpoint - The recent bidding results for incremental mechanism electricity prices in six provinces indicate the future landscape of renewable energy projects in China, with Gansu province surprisingly having the lowest mechanism price, raising concerns about its renewable energy development [1][2][3]. Group 1: Bidding Results - Six provinces have completed the first round of bidding for incremental mechanism electricity prices, including Shandong, Yunnan, Xinjiang, Gansu, Jiangxi, and Guangdong [1]. - The bidding results are as follows: Guangdong at 0.36 yuan/kWh, Jiangxi wind at 0.337 yuan/kWh and solar at 0.33 yuan/kWh, Yunnan solar at 0.33 yuan/kWh and wind at 0.332 yuan/kWh, Xinjiang wind at 0.252 yuan/kWh and solar at 0.235 yuan/kWh, Shandong wind at 0.319 yuan/kWh and solar at 0.225 yuan/kWh, and Gansu at 0.1954 yuan/kWh [1][2]. Group 2: Gansu's Mechanism Price - Gansu's mechanism electricity price is notably the lowest in the country, with the bidding price hitting the lower limit of the set range, indicating intense competition [3][6]. - The mechanism price range for Gansu was set between 0.1954 and 0.2447 yuan/kWh, which is unique compared to other provinces [1][2]. Group 3: Renewable Energy Capacity and Generation - As of the end of 2024, Gansu has a wind power installed capacity of 32.1476 million kW and solar power capacity of approximately 43.0847 million kW, totaling 75.2323 million kW [5]. - In 2024, Gansu's wind power generation was 45.79 billion kWh, and solar power generation was about 80 billion kWh, totaling 125.79 billion kWh [5]. Group 4: Challenges Faced by Gansu - Gansu faces significant challenges in utilizing its renewable energy, with a high rate of curtailment due to insufficient local demand and limited transmission capacity [6][7]. - The province's renewable energy development has outpaced its ability to consume the generated power, leading to a situation where the mechanism price is under pressure [6][8]. Group 5: Broader Implications for Other Provinces - Other provinces, such as Shandong and Xinjiang, also face challenges with low mechanism prices and curtailment issues, although not as severe as Gansu's situation [8][9]. - The experiences from Gansu's renewable energy development can provide valuable lessons for other provinces to avoid similar pitfalls and ensure sustainable growth in the renewable energy sector [9].

Group 1: New Energy Vehicles - The overall holding in the new energy vehicle sector increased, with upstream lithium mines, midstream, core components, and new technologies rising, while holdings in complete vehicles and charging piles decreased [2][3] - The holding proportion of the new energy vehicle sector in Q3 2025 is 5.28%, up 1.13 percentage points from the previous quarter [2][3] - Upstream lithium mine holdings rose by 1.24 percentage points to 2.86% in Q3 2025; midstream holdings increased by 0.69 percentage points to 8.92% [2][3] Group 2: Renewable Energy - The photovoltaic sector's holding proportion in Q3 2025 increased to 4.18%, up 1.43 percentage points from the previous quarter [3] - In the photovoltaic sector, silicon materials, silicon wafers, components, and inverters saw a decline in holdings, while battery holdings increased [3] - The wind power sector's holding proportion rose to 3.46%, with increases in the complete machine, tower & sea pile, and submarine cable segments [3] Group 3: Nuclear Power - The nuclear power sector's holding proportion decreased to 0.73%, down 0.05 percentage points from the previous quarter [4] Group 4: Industrial Control & Power Equipment - The overall holding in the industrial control and power electronics sector in Q3 2025 is 6.21%, up 1.06 percentage points from the previous quarter [6] - The power equipment sector's holding proportion increased to 1.81%, up 0.33 percentage points from the previous quarter [6] Group 5: Energy Storage - The overall holding in the energy storage sector decreased to 5.60%, down 2.20 percentage points from the previous quarter [6] - Energy storage batteries saw an increase in holdings by 2.04 percentage points to 7.97% in Q3 2025, while PCS holdings decreased slightly [6]

Core Viewpoint - The report from CITIC Securities highlights several key themes expected to perform actively by 2026, including AI new materials, humanoid robots, satellite internet, military new materials, nuclear fusion, hydrogen energy, and SAF (Sustainable Aviation Fuel). The firm emphasizes the importance of policy, events, and performance releases as catalysts for trading opportunities in high-growth sectors and quality tracks [1]. AI New Materials - The trading narrative for upstream materials in PCB (Printed Circuit Board) is driven by "AI computing demand → High-speed PCB/CCL shortage → High-end material price and volume increase → Equipment investment leading" [1]. - In advanced packaging materials, the dual drivers are "foreign advanced packaging expansion realization + domestic HBM (High Bandwidth Memory) promotion and local production line introduction," with a focus on overseas CoWoS/SoIC ramp-up and domestic HBM validation and volume increase [2]. - For semiconductor materials, the continuous push for self-control and the expansion of domestic storage manufacturers, along with HBM3 product progress, are expected to drive demand for upstream materials and equipment components [2]. Humanoid Robots - The period from Q4 2025 to H1 2026 is critical for humanoid robot materials, with trading rhythms focusing on "event certainty" (Tesla Gen3 finalization/mass production guidance) and "cost inflection points" [3]. - Key materials include rare earth magnetic materials, PEEK/CF-PEEK, and UHMWPE/PPS/LCP, with recommendations to prioritize high-certainty material leaders and companies with cost-reduction processes/patent advantages [3]. Satellite Internet - The development of satellite internet is constrained by rocket launch capabilities, with breakthroughs in domestic reusable rocket technology expected by Q4 2025 [4]. - The capital market's focus has shifted from early thematic trading to the acceleration of satellite constellations and the performance realization of related companies [4]. Nuclear Fusion - The upcoming increase in bidding for nuclear fusion projects is anticipated to exceed expectations, with total investment in domestic nuclear fusion devices projected to exceed 300 billion from 2025 to 2030 [5]. - The industry is expected to develop steadily through a three-step strategy of "experimental pile - engineering demonstration pile - commercial pile" [5]. Solid-State Batteries - The solid-state battery industry is expected to experience a multi-dimensional resonance of policy, technology, and industry in 2025, with significant developments anticipated in 2026 [6]. Wind Power - The domestic wind power installation is expected to maintain high prosperity due to the tilt of new energy investment towards wind power, with a construction peak anticipated from 2026 [7][8]. Hydrogen Energy - The hydrogen energy sector is witnessing accelerated application scenario expansion, supported by domestic and international policies aimed at promoting clean hydrogen applications and green fuel projects [9]. SAF (Sustainable Aviation Fuel) - The application of SAF is expected to grow rapidly, with a potential mandatory blending policy in China by 2026, and global SAF demand projected to reach 15.11 million tons by 2030 [10]. Military New Materials - The military new materials sector is poised to benefit from the new strategic cycle of national defense construction and military industry development, with three main investment lines: military trade growth, the "14th Five-Year Plan," and domestic substitution and supply chain security [11].

Core Viewpoint - The report from CITIC Securities indicates that during the "14th Five-Year Plan" period, domestic wind power installations are expected to maintain high prosperity due to a shift in investment towards wind energy, particularly offshore wind projects, while overseas wind power construction is accelerating, with a peak expected from 2026 onwards [1] Group 1: Domestic Wind Power Outlook - Domestic offshore wind planning is robust, suggesting a sustained high demand for wind power installations [1] - The domestic wind power sector is anticipated to benefit from product advantages and cost-effectiveness in meeting increasing overseas demand [1] Group 2: Investment Recommendations - It is suggested to focus on investment opportunities in components and materials that will benefit from the dual demand release, including blade molds, blade segments, hub castings, and carbon fiber [1]

Core Insights - The successful test of the world's largest 5000 square meter high-altitude wind energy capturing parachute marks a significant advancement in China's high-altitude wind power technology [1][3] - The parachute can capture wind energy at altitudes above 300 meters and convert it into electricity through a ground-based engine [3][5] - High-altitude wind energy is considered an untapped resource with high wind speeds, stable wind directions, and significant energy density, presenting substantial potential for development [5][8] Technology and Development - The successful deployment of the super-large parachute confirms the feasibility of the parachute-based ground high-altitude wind power generation technology for large capacity and power generation [7] - The system consists of aerial components, traction cables, and ground components, functioning similarly to a "super kite" that harnesses high-altitude wind energy [7] - Compared to traditional land-based wind power, high-altitude wind power can save 95% of land use, reduce steel consumption by 90%, and lower electricity costs by 30% [7] Market Potential - High-altitude wind energy has a much higher energy density than ground-level wind energy, with potential energy reserves exceeding current global energy demands by over a hundred times [8] - China is rich in high-altitude wind energy resources and has developed a series of proprietary technologies, enabling a fully controllable industrial chain [8] - The government has included high-altitude wind power technology in national key research and development plans, indicating strong policy support for the sector [8]

Core Insights - The National Energy Administration has released guidelines to promote the integrated development of renewable energy, aiming for significant advancements by 2030 in reliability and market competitiveness of renewable energy sources, supporting a comprehensive green transition in the economy and society [1][3][15]. Summary by Sections Overall Requirements - The guidelines emphasize a systematic integration and unified development approach for large-scale renewable energy deployment and high-level consumption, enhancing reliability and stability of supply [14][15]. Accelerating Multi-Dimensional Integrated Development of Renewable Energy - The focus is on optimizing the energy structure and storage configurations in renewable energy bases, encouraging deep collaboration between renewable and coal power, and exploring the establishment of integrated water and wind energy bases [16][17]. Promoting Integrated Operation of Renewable Energy - Continuous improvement in power forecasting accuracy and the adoption of advanced network technologies are encouraged to enhance the controllability and predictability of renewable energy systems [19]. Promoting Synergistic Development with Multiple Industries - The guidelines advocate for the integration of renewable energy with traditional industries, encouraging the relocation of high-energy-consuming industries to areas rich in renewable resources, and promoting green design and production processes [21]. Promoting Diversified Non-Electric Utilization of Renewable Energy - There is a strong emphasis on enhancing the collaborative development of wind, solar, and hydrogen storage technologies, as well as establishing comprehensive industrial bases for green hydrogen and ammonia production [22][23]. Strengthening Organizational Support - The National Energy Administration will prioritize support for regions with high renewable energy penetration and optimize project management processes to facilitate the development of integrated renewable energy projects [24][25].

Core Viewpoint - The article discusses the transition from scale expansion to value enhancement in the power sector during the "15th Five-Year Plan" period, emphasizing the importance of high-quality development and the establishment of a diversified pricing system for electricity [1][8]. Group 1: New Energy Development - The new energy installed capacity is expected to reach 1.444 billion kilowatts by the end of 2024, achieving 76% of the total new installed capacity in the country during the "14th Five-Year Plan" [2][9]. - The profitability of different power sources varies significantly, with coal power being sensitive to coal prices, while new energy sources are transitioning to a subsidy-free era, leading to overall declining profitability [2][8]. - The article highlights the need for addressing the consumption issues of new energy, with a focus on improving the electricity pricing system as a key policy tool [10][15]. Group 2: Power Market Reform - The power market reform is advancing, enhancing the commodity attributes of electricity, which will better reflect supply and demand dynamics across different regions and time periods [9][10]. - The introduction of capacity pricing mechanisms is expected to stabilize the profitability of thermal power plants, which are transitioning to peak-shaving roles [10][14]. - The development of new energy storage systems is crucial, with a target of reaching 180 million kilowatts of new storage capacity by 2027 [11][21]. Group 3: Wind Power Industry - The wind power sector is projected to maintain steady growth, with a target of adding no less than 12 million kilowatts of new capacity during the "15th Five-Year Plan" [26][29]. - The profitability of the wind power industry is expected to improve as the price of wind turbines rises, reversing the previous downward trend [27][28]. - The article notes that the offshore wind power market is poised for significant growth, with many projects nearing the start of construction [29][30]. Group 4: Solar Power Industry - The solar power industry is anticipated to face short-term challenges due to supply-demand mismatches, but is expected to recover as consumption capacity improves [16][22]. - The article emphasizes the importance of integrating solar power with energy storage solutions to enhance the stability and reliability of power supply [20][22]. - The solar industry is also expected to benefit from international demand, particularly in regions like Europe and Australia, where storage needs are rising [20][21].