随着国庆中秋假期结束，储能市场正式迈入第四季度。 回顾第三季度，储能产业链各环节正经历价格分化：上游电芯尤其是314Ah电芯在原材料价格、产线切换与需求驱动下价格上行，PCS价格企稳，下游储能 系统集成市场价格仍呈现单边下行趋势。 ▋ 碳酸锂价格波动剧烈，储能电芯均价环比涨0.23% 第三季度电池级碳酸锂价格总体呈现出先涨后跌态势，Q3整体均价为7.304万元/吨，与去年同期相比降9.59%，与二季度均价 6.528万元/吨， 环比涨 11.89%。 据业内分析，碳酸锂价格每涨价2万元/吨，将影响储能电芯价格1分/Wh左右。 据行家说储能不完全统计，第三季度314Ah储能电芯 均价为0.3052元/Wh ，比280Ah电芯均价贵0.004元/Wh 。Q3的314Ah储能电芯均价尽管 同比去年降低8.43%，相比二季度环比上涨0.23%。314Ah储能电芯最低价也由7月 初的0.266元/Wh涨到9月底的0.272元/Wh 。 其中，9月国内碳酸锂价格总体"先抑后扬"，月初大厂锂矿复产的消息冲击价格下跌，随后在需求端回暖，价格触底反弹后震荡运行。当前锂价正在"磨 底"，四季度有望成为关键转折点，也是逢低建立虚拟 ...

Investment Rating - The industry investment rating is "Positive" [2] Core Viewpoints - Recent developments include the issuance of the "New Energy Storage Scale Construction Special Action Plan (2025-2027)" by the National Development and Reform Commission and the National Energy Administration [3] - The first batch of 60Ah sulfide all-solid-state batteries is expected to be delivered by Funeng Technology to strategic partners by the end of this year, achieving an energy density of 400Wh/kg [3] Summary by Sections Demand Expectations - The new energy storage development goals for 2025-2027 aim for over 100 million kilowatts of new installed capacity in the next three years, supported by domestic policies [3] - In the first half of 2025, Chinese companies secured 199 overseas energy storage orders/cooperations, totaling over 160GWh, representing a year-on-year increase of 220.28% [3] Price and Demand Trends - Battery prices are stabilizing, with expectations for simultaneous volume and price increases in 2025-2026 due to robust demand from energy storage and commercial vehicle electrification [3] - The mainstream price range for 314Ah energy storage cells is between 0.26 CNY/Wh and 0.32 CNY/Wh, with leading companies likely to eliminate rebates as part of a price increase strategy [3] Solid-State Battery Industry - The solid-state battery industry is transitioning from pilot lines to mass production, with expectations for full-scale production to begin in 2027 [3] - Key technologies include roller pressing, isostatic pressing, and homogenization, with traditional equipment manufacturers having an advantage [3] - Lithium metal anodes are expected to maintain long-term competitiveness over silicon anodes, and soft-pack aluminum-plastic films are favored for packaging [3] Investment Recommendations - Focus on lithium battery leaders such as CATL, Yiwei Lithium Energy, and Xinwangda due to sustained demand from energy storage and commercial vehicles [4] - Material companies to watch include Tianci Materials, Molybdenum, Putailai, Shangtai Technology, and Fulin Precision [4] - For solid-state batteries, companies with high equipment certainty and advantages in production lines and materials include CATL, Xianlead Intelligent, Nakanor, Honggong Technology, Liyuanheng, Haichen Pharmaceutical, Huasheng Lithium Battery, Shanghai Washba, Xiamen Tungsten New Energy, and Zhongyi Technology [4]

Core Viewpoint - ACWA Power has successfully won the international tender for the NOOR Midelt 2 and NOOR Midelt 3 solar-storage integrated projects in Morocco, with a total installed capacity of 800MW solar and 1.2GWh storage, involving an investment of approximately $3.5 billion (about 25.1 billion RMB) [1] Group 1 - The storage component of the projects will utilize Gotion High-Tech's energy storage solutions, including 314Ah storage cells, a 5MWh liquid-cooled storage system, and a 5.5MW PCS medium-voltage integrated machine [1] - Gotion High-Tech will also provide after-sales maintenance services to ensure stable operation of the projects [1] Group 2 - Gotion High-Tech's factory in Morocco is progressing steadily, aiming for localized production and delivery of batteries and energy storage systems [1] - In June 2024, the Moroccan government and Gotion High-Tech signed a strategic investment agreement to establish a super factory for new energy electric vehicle batteries in Morocco, with an annual production capacity of 20GWh and an investment of 12.8 billion dirhams (approximately 9.3 billion RMB) [1]

Core Viewpoint - The article highlights the significant growth and investment opportunities in the energy storage sector, particularly focusing on the activities of Guoxuan High-Tech in Morocco and the increasing presence of Chinese lithium battery companies in the region [4][12]. Group 1: Guoxuan High-Tech's Activities - Guoxuan High-Tech has secured two major solar-storage integrated projects in Morocco, with a total investment of approximately $3.5 billion, featuring 400MWh of photovoltaic equipment and 602MWh battery storage systems [5][6]. - The company is also developing a local production base for battery and energy storage systems in Morocco, with a strategic investment agreement signed in June 2024 for a super factory with an annual capacity of 20GWh [9][10]. - Guoxuan High-Tech's 5MWh liquid cooling energy storage system has received EU compliance certification, indicating its readiness for local production and delivery [10][11]. Group 2: Chinese Lithium Battery Companies in Morocco - Several Chinese lithium battery companies, including CATL and Guoxuan High-Tech, are establishing projects in Morocco, driven by favorable trade policies and the country's strategic location [12][14]. - Morocco's automotive industry is rapidly growing, with government initiatives aiming for a production scale of 100,000 electric vehicles by 2025, attracting numerous automotive manufacturers [15][16]. - The country possesses rich mineral resources, particularly phosphates, which are crucial for lithium iron phosphate batteries, making it an attractive location for Chinese companies to secure resource access [16].

Core Viewpoint - The collaboration between Jinko Energy and EVE Energy marks a significant step in the energy storage industry, with the launch of a dedicated battery cell factory that will produce 5GWh/year of energy storage cells, enhancing the vertical integration of the supply chain [2][12]. Group 1: Jinko Energy's Recent Developments - Jinko Energy has successfully launched the Blue Whale SunTera G3 6.25MWh battery storage system, featuring over 10,000 cycles and 95% efficiency, designed for commercial and large-scale storage systems [4]. - The company secured a major order from Southern Power Grid for a 25MWh Dolphin SunGiga G2 261kWh liquid-cooled storage system [4]. - Jinko Energy signed a strategic cooperation agreement for 100MWh with multiple partners in Sichuan, and another contract for 17.74MWh with Shandong Binyang Power Supply Co., Ltd [4]. Group 2: International Expansion - Jinko Energy has made significant strides internationally, including a 10MWh project in India and the successful delivery of five commercial storage systems in Spain [8]. - The company has also completed a 4.8MWh battery storage system in Nigeria and a 6.88MWh system in Saudi Arabia [9]. - In June, Jinko Energy signed contracts for 150MWh in Germany, 66MWh in the Middle East, and 100MWh in Greece, showcasing its growing global footprint [10][11]. Group 3: EVE Energy's Strategic Moves - EVE Energy has seen substantial growth in its energy storage projects, with a total of 26GWh in EPC projects in the first four months of the year, indicating a global increase in energy storage installations by over 50% [13]. - The company is focusing on upgrading its large-scale energy storage products, with the launch of the fourth-generation Mr. Big series 600Ah+ cells [13][18]. - EVE Energy's energy storage battery shipments reached 35.73GWh in the first three quarters of 2024, a year-on-year increase of 115.57%, reflecting the success of its strategic pivot towards energy storage [16].

Core Viewpoint - The joint battery cell factory established by Jinko ESS and EVE Energy has officially entered mass production, marking a significant step in vertical integration within the energy storage industry [2][3]. Group 1: Joint Factory Production - The joint factory completed equipment debugging in May 2025 and began full operation in June, with an annual supply capacity of 5GWh of 314Ah energy storage cells for Jinko ESS [2]. - The 314Ah energy storage cells are specifically designed for commercial and large-scale energy storage systems, optimizing the entire process from material selection to quality control, thereby enhancing energy density and system integration efficiency [2]. - The CEO of Jinko ESS stated that the mass production of the joint factory signifies the company's vertical extension from system integration to core battery cells, providing excellent energy storage solutions [2]. Group 2: Market Growth and Strategic Partnership - The global energy storage market is growing at an annual rate exceeding 30%, with expectations that the new installed capacity will surpass 200GWh by 2025 [2]. - EVE Energy's General Manager emphasized the importance of the joint battery cell factory as a result of vertical integration and technological collaboration, aiming to explore battery iteration and intelligent system solutions [3]. - The partnership between Jinko ESS and EVE Energy is expected to leverage their complementary advantages in battery cells, systems, and market access to drive industry upgrades [3].

Core Viewpoint - The article highlights the significant advancements and opportunities in the global energy storage market, particularly focusing on the achievements and innovations of Desay Battery in the context of the SNEC 2025 exhibition [2][3][16]. Group 1: Market Insights - The increasing share of renewable energy is transforming the global energy landscape, posing challenges to grid stability and flexibility. It is projected that Europe will add approximately 29.7 GWh of new storage capacity by 2025, with cumulative installations expected to exceed 400 GWh by 2029 [3]. - Desay Battery has established a partnership with Finland's Letho Group for a 200 MWh energy storage project, utilizing a 5 MWh liquid-cooled storage system to provide rapid frequency response and optimize revenue models through energy arbitrage [4]. Group 2: Product Innovations - Desay Battery introduced the DESAY UPS 2.0 solution with a storage capacity of 49 kWh, designed for high-quality power supply scenarios such as data centers and communication bases, featuring a 300 kVA output and an 8C discharge capability [6]. - The Vita 5 MWh storage system, showcased at SNEC, operates effectively in extreme temperatures from -20°C to 50°C, and its cloud-based digital twin maintenance platform enhances remote diagnostics and reduces operational costs by 40% [9]. Group 3: Safety and Efficiency - Safety and efficiency are emphasized as core values in energy storage. Desay Battery's products, including the Lumos series, are designed with a three-tier safety protection system and have passed rigorous safety tests [10][11]. - The company focuses on the safety of battery cells, offering a range of lithium and sodium-ion batteries with high energy density and long cycle life, ensuring lower energy costs and higher returns on investment [11][13]. Group 4: Global Strategy and Development - Desay Battery has been serving global clients for over 20 years, continuously enhancing its R&D capabilities and establishing a comprehensive supply chain with manufacturing bases in China and Vietnam, as well as localized service platforms in North America and Europe [14][16]. - The company is committed to driving technological innovation and customer-centric solutions to support a safer, more efficient, and sustainable energy future [16].

Core Viewpoint - The energy storage industry is undergoing a significant "capacity revolution," with leading manufacturers like CATL and BYD introducing large-capacity battery cells, marking a competitive landscape focused on technology routes, market share, and industry influence [2][3]. Group 1: Industry Trends - The push for extreme cost reduction is essential for the renewable energy sector, and the development of larger battery cells is a key strategy to achieve this goal [3]. - Since 2020, the industry has seen a shift towards larger capacity battery cells, with major manufacturers introducing cells with capacities exceeding 280Ah, which have become the mainstream in the market [4]. - By 2023, the market is primarily focused on battery cells with capacities above 300Ah, with various companies launching products such as CATL's 314Ah and Ruipu Lanjun's 320Ah [4]. Group 2: Technological Innovations - The introduction of large-capacity battery cells has led to improved energy density and reduced unit storage costs, enhancing project profitability [5]. - CATL reported that using a 587Ah battery cell reduced the total number of components in the energy storage system by 40%, leading to a 15% decrease in system costs [6]. - The development of large-capacity cells is not merely about increasing size; it involves addressing challenges such as parameter inflation and safety risks associated with concentrated energy [7][8]. Group 3: Market Dynamics - The shift from policy-driven to market-driven dynamics in the energy storage sector is expected to emphasize lifecycle costs, including initial investment and operational expenses [8]. - The competition among manufacturers is evolving from a focus on specifications to a comprehensive evaluation of total cost of ownership [11]. Group 4: Safety and Reliability - Safety remains a critical concern, with reports of numerous safety incidents in energy storage systems, highlighting the risks associated with large-capacity cells [7]. - CATL has implemented a "three-dimensional defense system" to address safety challenges posed by larger cells, focusing on materials and design to mitigate risks [10].

Core Viewpoint - The article emphasizes the importance of the 587Ah battery as the third-generation standard for energy storage cells, highlighting its superior energy density and safety features compared to previous generations [1][7][9]. Group 1: Key Features of 587Ah Battery - The 587Ah battery achieves an energy density of 430Wh/L, which is currently the highest in the industry, while also ensuring better safety performance than smaller cells [4][9]. - The battery's cycle life is improved by 20% compared to the previous generation, thanks to a stable pathway for electrons and ions throughout its lifecycle [5]. - Production consistency and quality control are critical challenges for larger cells, and the 587Ah battery will be manufactured on the most advanced production lines, reducing defect rates from PPM to PPB levels [6]. Group 2: Industry Trends and Challenges - The industry is witnessing an intense competition for larger capacity storage cells starting from the second half of 2024, which poses significant safety risks [2]. - The pursuit of larger capacity without considering safety, reliability, and lifespan is deemed unwise, as larger cells require more stringent safety and manufacturing controls [3][11]. - The article stresses that battery size should not be the sole focus; instead, a balance between energy density and system integration is essential for future developments [11][12]. Group 3: Standardization and Market Impact - The 587Ah battery is seen as a step towards standardization in the energy storage sector, which could help resolve the current confusion over cell capacities [9][14]. - The article notes that the standardization of the 587Ah cell will not lead to homogenization but will allow for performance differentiation rather than size differences [24][26]. - The establishment of a unified standard is expected to facilitate the rapid advancement of the electrochemical storage industry, enhancing economic viability and usability [24][25]. Group 4: Future Outlook - The article predicts that by 2025, the storage market will evolve significantly, with improved mechanisms for participation and utilization, leading to better returns on investment [23]. - The company aims to maintain high yield, safety, and reliability in the mass production of the 587Ah battery, which is seen as the optimal solution for the third generation of energy storage cells [27].

2024年，楚能新能源超20GWh的出货量，不仅使其顺利进入国内储能电池出货量前十，而且 助其在全球储能市场占据一席之地。 进入2025，楚能新能源延续上年发展态势，一季度表现亮眼，放量提速，实现"储能+动力"双 驾马车狂奔。2025年出货量超60GWh将成事实。 01 储能端：中标/入围/签约多个大项目 据不完全统计，今年一季度，楚能新能源连续开单，中标/入围/签约中国电建、中核汇能、中 车青岛四方所、特隆美储能等多个企业项目。 具体来看：3月21日，中能建储能6GWh储能电芯框采中标公示，楚能新能源等8家企业入围， 其中楚能新能源中标的是标段一（采购容量5GWh），投标报价13.5亿元。 3月19日，中车发布2025年度储能电芯框架协议采购中标候选人。项目拟采购314Ah的储能 电芯，采购数量为2995200块，总规模约3GWh，楚能新能源以第一中标候选人入围。 3月15日，楚能新能源与特隆美储能在楚能全球总部签署5GWh储能电芯战略合作协议。楚能 新能源将为特隆美全球储能项目供应5GWh自主研发的314Ah储能电芯产品。 2月13日，中国电建集团（股份）公司2025-2026年度储能系统设备框架入围集中 ...