2026年，中国储能产业正迈向一个决定未来的历史性转折点。 回望2025年，储能行业经历了一场全方位的深度竞争——产品技术快速迭代、品牌格局持续进化、安全标准全面升级。在这场多维变革中，新型储能相关企业们， 又交出了一份怎样的年度答卷？ 今日，在『行家说储能2026开年盛会：电力市场与数智化储能企业创新实践峰会暨储能行业极光奖颁奖仪式』上，储能行家极光奖组委会正式公布11大奖项名单。 2025年度 新型储能十强榜单 奖项说明： 年度十强榜单，以年度实际出货量为核心量化依据，深度整合产品性能指标、企业市场占有率、客户终端口碑等多维度核心要素，通过科学严谨的遴选 机制，层层筛选出各细分赛道的标杆力量。 榜单下设"年度储能电芯出货量十强、年度用户侧储能系统集成出货量十强、年度新型储能系统集成出货量十强"三大榜单，旨在表彰在储能产业核心赛道中，以硬 核实力夯实市场地位、以卓越品质赢得客户信赖、以规模优势引领行业发展的头部企业，树立产业高质量发展的风向标。 2025年度新型储能系统集成出货量十强 新型储能系统集成是产业链上下游的核心枢纽。本榜单以全场景出货量为核心标尺，综合系统效率、智能化水平与项目质量，遴选出十强标杆 ...

每经AI快讯，有投资者在投资者互动平台提问：年末储能PCS市场迎来"量价齐升"期。由于多个省份储 能项目进入交付并网关键阶段，PCS交付紧张，价格出现抬头趋势，排产周期显著延长。储能逆变器作 为锦浪科技的核心业务之一，上半年储能逆变器同比增长300%，请问公司目前的储能PCS产品销量如 何，市占率能否进一步提升？ （记者 王晓波） 锦浪科技（300763.SZ）1月6日在投资者互动平台表示，储能业务是公司重点发展的业务领域之一，相 关订单正有序生产和交付中，具体销售数据请持续关注公司定期报告。 ...

Core Insights - The energy storage PCS market is entering a phase of "volume and price increase" as multiple provinces reach critical stages of project delivery and grid connection, leading to a trend of price increases due to extended production cycles [2][20] - The role of PCS is transforming from a simple energy conversion device to a key node in the intelligent grid, prompting companies to consider how to innovate and collaborate to become the core hub for value realization in the new power system [2][5] Market Dynamics - The energy storage PCS market is experiencing a significant shift in competition logic, moving from a focus on single device performance to a comprehensive endurance race that includes technological sophistication, system collaboration, supply chain resilience, brand influence, and global layout [20][21] - The industry is witnessing a transition from a policy-driven model to a market-driven value model, necessitating a rapid shift in business models from hardware sales to integrated solutions [23][24] Technological Innovations - Companies are emphasizing the need for hardware innovation and intelligent algorithm upgrades to enhance the interaction between energy storage and the grid, with a focus on achieving millisecond-level response times and multi-objective optimization capabilities [6][10] - The trend towards larger power capacities in energy storage PCS is evident, with centralized PCS power ratings increasing from 1.725MW to 2.5MW, and string PCS moving from 125kW–375kW to over 400kW [14][15] System Integration - The core competitiveness of energy storage PCS products is shifting from individual component performance to system integration capabilities, requiring deep collaboration with battery management systems (BMS) and energy management systems (EMS) [11][12] - Companies are developing customized solutions that leverage a deep understanding of grid scheduling rules and market mechanisms to enhance system performance and reduce integration complexity [11][12][18] Future Trends - The growth of string architecture is expected to dominate large-scale energy storage, with its unique advantages in system management and efficiency [17][18] - The mainstream trends for energy storage PCS technology by 2025 include the large-scale application of grid-constructing technology, increased power capacity, and the integration of AC and DC systems [18][19]

Group 1: Management and Shareholder Concerns - Recent share reductions by executives are due to personal financial needs and do not reflect a lack of confidence in the company's future [1][4][9] - The company assures that its operations are normal and that any share reductions will comply with legal disclosure requirements [2][4][9] Group 2: Financial Performance and Projections - The company reported a 33.09% increase in net profit for Q3, with expectations for continued growth in Q4 [1][2] - The gross profit margin is currently at 39.92%, with strategies in place to maintain this despite increasing competition in the charging station market [2][4] Group 3: Product Development and Market Strategy - The company is focusing on expanding its product line in response to market demands, particularly in energy storage systems [3][4] - The smart energy management platform is in the early stages of development, with future profitability expected [2][4] Group 4: International Market and Revenue Growth - The company is actively pursuing international expansion, with ongoing certification and localization efforts in various countries [2][4] - The overseas revenue growth is on track, with specific updates to be provided in the upcoming annual report [2][4]

Group 1 - The core viewpoint of the article highlights the supply crisis in the energy storage PCS (Power Conversion System) market, driven by increased demand and supply chain challenges [3][7][9] - The delivery cycle for large PCS units (≥3.45 MW) has extended from 45 days to 75 days, resulting in a price increase of approximately 10%-15% for domestic and international large-scale PCS [7][9] - Major companies like Sungrow, Huawei Digital Energy, and Nari Technology are operating at over 90% capacity utilization, while smaller firms face significant delays due to IGBT module shortages [3][7] Group 2 - In response to the supply challenges, Inovance Technology has launched a 50GW energy storage PCS production base in Xi'an, which is expected to become a leading facility globally [9][11] - The Xi'an facility has a total investment of around 1 billion yuan and aims for an annual revenue of 8 billion yuan upon reaching full capacity [11] - Inovance Technology is also focusing on product innovation, planning to release new high-power PCS inverters and has secured significant contracts, including a 1.2GW project in Australia [11]

Core Viewpoint - The report from CITIC Securities highlights the expansion of energy storage demand driven by domestic policies and high market expectations, with significant growth opportunities in overseas markets, particularly in the U.S. and Europe, as well as emerging markets in Asia, Africa, and Latin America [1] Group 1: U.S. Energy Storage Market Dynamics - The AIDC integration amplifies the electricity gap in the U.S., accelerating the release of energy storage demand [1] - The U.S. average electricity price has increased by 13% since 2022, with year-on-year growth rates of 11% for 2022, 3% for 2023, 2% for 2024, and 5% for 2025 [1] - The limited capacity of the U.S. power grid and the rapid increase in installed power generation capacity have significantly lengthened the grid connection waiting period, making energy storage a crucial solution to alleviate power shortages [2] Group 2: AIDC and Energy Storage Integration - AIDC配储 is becoming a key solution for stabilizing power supply and ensuring continuous electricity provision, with NVIDIA emphasizing its necessity at the OCP Global Summit 2025 [3] - The projected demand for AIDC配储 in the U.S. from 2025 to 2030 is expected to grow significantly, reaching 161.4 GWh by 2030, with a CAGR of 94% [3] - If the U.S. AIDC construction accounts for 70% of the global market, the global AIDC配储 demand could reach approximately 230 GWh by 2030, representing 15%-20% of the global new energy storage installations [3] Group 3: Global Market Expansion - Since the second half of 2025, the U.S. energy storage market has seen growth driven by strong demand and high returns, with significant opportunities for Chinese energy storage manufacturers to expand overseas [4] - The projected new installations in the U.S. for 2025 and 2026 are expected to reach 45 GWh and 60 GWh, respectively, with global energy storage installations anticipated to reach 255 GWh and 407 GWh in the same years, reflecting year-on-year growth rates of 31% and 58% [4] - The diversification of project profitability and the favorable IRR of 10%-20% indicate substantial growth potential in the U.S. energy storage market [4]

Core Viewpoint - The recent surge in lithium carbonate prices is primarily driven by unexpected growth in energy storage demand, indicating a strong market trend in the energy storage industry [3][7]. Group 1: Lithium Carbonate Price Trends - As of November 10, the price of battery-grade lithium carbonate increased by 3,050 CNY/ton, averaging 83,900 CNY/ton, with the main contract rising over 7%, reaching a three-month high [2]. - From mid-October, the average price of battery-grade lithium carbonate rebounded from 73,000 CNY/ton on October 15 to 81,000 CNY/ton on November 3, before slightly decreasing and then rising again to 80,750 CNY/ton on November 10, reflecting a month-on-month increase of 350 CNY/ton [4]. Group 2: Energy Storage Demand and Supply Dynamics - The current price rebound is attributed to strong demand from the new energy vehicle battery sector and the energy storage market, alongside expectations of supply tightening due to winter production cuts in salt lakes and ongoing inventory depletion [7]. - Morgan Stanley has raised its forecast for energy storage battery production for the fiscal years 2025 and 2026 by 50% and 43%, respectively, predicting a shift to a "shortage scenario" for medium to long-term energy storage demand, with expected shipments reaching 1,630 GWh by 2030 [7]. Group 3: Energy Storage Cell Pricing - The prices for 314Ah and 280Ah energy storage cells remain high, with the average price for 314Ah cells in October at 0.3076 CNY/Wh, a 0.39% increase from September, and stabilizing around 0.308 CNY/Wh in November [7]. - The 280Ah energy storage cell prices have remained stable between 0.274 and 0.332 CNY/Wh, averaging 0.303 CNY/Wh [7]. Group 4: Energy Storage System Pricing - The average price for centralized energy storage PCS (1752kW) has remained stable since August 29, with a range of 0.062 to 0.069 CNY/W and an average of 0.0666 CNY/W [11]. - The average bid price for 2-hour energy storage systems in October was 0.5767 CNY/Wh, a month-on-month increase of 7.19%, while the 4-hour systems saw an 18.44% increase to 0.6017 CNY/Wh, driven by multiple project bids [20]. Group 5: Cost Pressures and Market Dynamics - Energy storage system integrators are facing upward cost pressures, with cell prices rising by 0.04 to 0.05 CNY/Wh since late 2024, although leading integrators have managed to limit price increases through long-term procurement strategies [21]. - The average price for commercial energy storage cabinets decreased slightly from 0.65 CNY/Wh in September to 0.63 CNY/Wh in October, reflecting increased competition and a shift in investment strategies due to changes in provincial time-of-use pricing policies [23].

Core Viewpoint - The company aims to strengthen its energy storage business by expanding into large-scale and overseas markets, while also enhancing product applications in residential and commercial energy storage systems [1] Group 1 - The company will continue to grow its energy storage business, focusing on large-scale and overseas market development [1] - The company plans to accelerate the application of residential and commercial energy storage systems to achieve full-scenario coverage in energy storage [1] - The company intends to maintain its position in the domestic high-power energy storage PCS market [1] Group 2 - The company is committed to continuous technological innovation in energy storage products [1] - The company will implement cost reduction for mainstream products and expand its energy storage product family [1] - The company aims to enhance the market competitiveness of its energy storage products [1]

Group 1: Financial Performance - The company achieved a revenue of 5.706 billion CNY in the first three quarters of 2025, representing a year-on-year growth of 5.79% [3] - The net profit attributable to shareholders for the same period was 344 million CNY, a significant increase of 44.71% [3] - In Q3 2025, the revenue reached 1.973 billion CNY, marking an 18.65% increase year-on-year, while the net profit soared to 101 million CNY, reflecting a remarkable growth of 711.41% [3] - Total credit impairment and asset impairment losses amounted to 172.6362 million CNY, impacting the profit total for the first three quarters [4] Group 2: Data Center Business - The data center industry is transitioning from CPU-based to GPU-based systems, with increased capital expenditure on AI computing capabilities [5] - The company has made significant progress in serving major clients in the internet, telecommunications, finance, and semiconductor sectors [5] - The IDC service business has seen growth, with the launch of a new computing power platform (V2.0) aimed at optimizing resource allocation across multiple computing clusters [5][6] - The company is integrating quantum computing technologies into its existing data center infrastructure to enhance capabilities [6] Group 3: New Energy Business - The new energy sector has shown growth, with the company maintaining its leading position in the domestic energy storage market [7] - According to S&P Global, the company ranks first in global energy storage PCS (>500kW) shipments and second in overall energy storage PCS shipments [7] - The company has successfully developed a new model that integrates energy storage and computing power, enhancing its competitive edge in the market [7] - In 2025, the company's new energy product shipments to Europe and the US have more than doubled compared to the previous year [7] Group 4: Future Outlook - The company plans to expand its overseas market presence, particularly in Southeast Asia, the Middle East, Europe, and the US [8] - It aims to enhance product development and enter client product whitelist systems in response to market demands [8] - The company has allocated 348 million CNY for R&D in 2025, with a 102.94% increase in development expenditures [9] - The company is focusing on technological innovation, particularly in high-voltage direct current (HVDC) systems, to meet the growing power demands of data centers [9]

Core Viewpoint - The article discusses the challenges and advancements in the reliability assessment of energy storage systems, emphasizing the need for a comprehensive evaluation framework that incorporates lessons from other industries and various assessment methodologies [2][4][10]. Group 1: Reliability Assessment Challenges - Current energy storage systems face challenges such as incomplete reliability assessment methods and difficulties in overall evaluation [2] - The roundtable discussion aimed to explore the reliability assessment of energy storage systems by leveraging experiences from data center UPS power supplies and automotive battery management systems (BMS) [4] Group 2: Evaluation Framework - A three-stage evaluation system for lithium battery reliability was proposed, focusing on research and development, production, and application phases [5] - The evaluation metrics include market failure rates, which rely on big data platforms for real-time tracking of customer complaints and product performance [5][6] Group 3: Comparison of UPS and PCS - A comparison between data center UPS and energy storage PCS highlighted differences in application scenarios and power supply architectures [7] - UPS systems require a reliability level of 99.999%, while PCS systems do not have such extreme requirements, indicating a growing trend towards lithium battery applications in data centers [7] Group 4: BMS Safety and Reliability - The development trends in BMS safety standards were discussed, with a focus on the GB/T39086 standard and the automotive industry's requirement for C-level safety [8] - Continuous optimization of safety measures through improved sensor accuracy and control strategies is expected to enhance BMS reliability [8] Group 5: Safety Analysis of Energy Storage Systems - The safety challenges of energy storage systems are increasing due to higher energy density and longer lifespans [9] - A method combining fault tree analysis (FTA) and Bayesian networks was proposed to evaluate failure probabilities and establish safety levels for energy storage products [9] Group 6: Overall Reliability Evaluation System - A reliability evaluation system for energy storage systems was proposed, focusing on accident occurrence models and integrating subsystem evaluations [10] - The system categorizes energy storage operations into four protective layers, allowing for a comprehensive assessment of overall reliability [10]