Group 1 - The event theme is "Full Chain Technology Capacity Leap GWH Level Shipment 'True' Year" [4] - The event is organized by Qidian Sodium Battery and Qidian Research Institute (SPIR) [4] - The event will take place on August 28, 2025, at the Venus Royal Hotel in Shenzhen [4] Group 2 - Hunan Lifang New Energy has a storage capacity requirement of 3.7MW/8.6MWh for its energy consumption and green development planning [5] - The project is supported by various stakeholders including Lifang New Energy, Linghang Investment, and Desay Battery [5][6] - Desay Battery provides a core energy storage system and has developed a 280Ah storage cell with high safety and efficiency [5][6] Group 3 - The successful grid connection of the Lifang New Energy storage project validates Desay Battery's technological capabilities [6] - Desay Battery emphasizes its "Research-Production-Investment-Construction-Operation" efficient collaboration mechanism in accelerating the industrialization of storage technology [6] - The project aims to provide strong technical support for green development and economic benefits through energy storage technology [6]

Group 1 - The company, Desay Battery (000049.SZ), primarily engages in consumer lithium battery power management systems and packaging integration business [1] - Currently, the company does not operate in the consumer battery cell business [1]

Core Viewpoint - The global energy storage industry is experiencing rapid growth, with safety concerns becoming a critical issue as incidents related to battery failures have exceeded 100 globally, highlighting the urgent need for effective safety solutions [2][3][4]. Industry Overview - The global energy storage market is projected to exceed $1 trillion by 2030, with an annual growth rate of over 30% [2]. - In Q1 2025, global shipments of energy storage cells are expected to reach 99.58 GWh, representing a year-on-year increase of 150.62% [2]. Company Initiatives - Desay Battery held a global launch event for its "Proactive Safety Cell System," emphasizing that safety is the "lifeline" of the energy storage industry and essential for driving a green future [3][4]. - The company aims to integrate Chinese manufacturing experience with international safety standards to create a new safety paradigm that is locally compliant and globally recognized [4]. Technological Advancements - Desay Battery has developed proactive safety AI cells that can provide early warnings of potential failures, moving from reactive to proactive safety measures [5][6]. - The company has established a comprehensive safety management system that monitors battery health throughout its lifecycle, utilizing advanced sensor technology to detect internal pressure and temperature changes [6][8]. Product Offerings - Desay Battery introduced a new generation of lithium UPS systems designed for high-density data centers, which can significantly reduce electricity costs during peak pricing periods by up to 79% [15]. - The company has signed strategic cooperation agreements with multiple partners to enhance technology development and product innovation in the energy storage sector [15][16]. Market Impact - The proactive safety measures and innovative products from Desay Battery are expected to set new industry standards and enhance the overall safety and reliability of energy storage systems [13][20]. - The establishment of a cloud platform for data integration and analysis will transform energy storage safety management, allowing for real-time monitoring and early detection of potential issues [9].

Core Viewpoint - The implementation of the first mandatory national standard for energy storage in China, GB 44240-2024, marks a significant shift towards prioritizing safety in the energy storage industry, moving away from low-cost competition to a focus on quality and safety [2][10]. Group 1: Mandatory National Standard - GB 44240-2024, effective from August 1, 2024, is the first mandatory national standard for lithium-ion batteries used in energy storage systems, replacing the previous voluntary standard [2][4]. - This standard includes 23 rigorous safety tests, covering aspects such as vibration, impact, puncture, and forced discharge, ensuring higher safety requirements for energy storage batteries [2][4][6]. - The standard applies to various applications, including telecommunications, emergency lighting, and large-capacity energy storage systems [2]. Group 2: Shift from Low-Price Competition to Safety - The energy storage industry has been suffering from low-price competition, with average bidding prices for lithium battery storage systems dropping significantly, by 24% and 29.94% year-on-year for different categories [11]. - The introduction of GB 44240 is expected to act as a "ticket" for participation in domestic energy storage project tenders, leading to the elimination of non-compliant companies and accelerating industry consolidation [11][12]. - The focus on safety will compel companies to innovate and enhance product safety designs, potentially establishing GB 44240 as a reference for international standards, thereby increasing China's influence in the global energy storage market [12][13]. Group 3: Industry Transformation and Future Outlook - The year 2025 is anticipated to be a pivotal year for the Chinese energy storage industry, with various government initiatives aimed at addressing issues like patent infringement and market monopolies [12][13]. - The combination of the new mandatory standard and government policies is expected to shift the industry from price wars to a focus on technological competition, enhancing the overall quality of the energy storage sector [13]. - This transformation is likely to strengthen the global competitiveness of China's energy storage industry, reinforcing its position as a leader in the energy revolution [13].

Core Viewpoint - The implementation of the mandatory national standard GB 44240-2024 for lithium batteries and battery packs used in energy storage systems marks a significant advancement in safety requirements, transitioning from a "recommended" to a "mandatory" status, thereby establishing legal constraints for market entry [2][3]. Summary by Sections Standard Overview - GB 44240-2024 is recognized as the highest specification for energy storage safety standards, encompassing 23 rigorous tests including vibration, impact, puncture, and forced discharge [2][3]. - The standard applies to lithium batteries and battery packs in various energy storage applications such as telecommunications, emergency lighting, and photovoltaic systems [2]. Testing Requirements - New testing requirements at the cell level include vibration, impact, puncture, and forced discharge, with stricter safety testing protocols [3]. - The standard increases the duration of overcharge testing, adding a requirement for constant voltage overcharge for 1 hour, which correlates with increased safety risks [3]. Testing Procedures - Detailed charging and discharging procedures are provided for manufacturers to conduct tests, ensuring consistency and reliability in testing methods [4][5]. - The testing environment specifies conditions such as temperature and humidity to ensure accurate results [7]. Safety Conditions - The standard outlines conditions for thermal runaway tests, including specific criteria for determining if a battery has experienced thermal runaway [8][9]. - Batteries must not catch fire or explode under specified overcharging conditions, ensuring enhanced safety measures [11][15]. Compliance and Certification - The first batch of 15 companies with 21 products has successfully passed the GB 44240-2024 testing, indicating early compliance with the new mandatory standards [18][22]. - The list of compliant companies includes major players such as CATL and other notable battery manufacturers [18][22]. Future Events - A forum on sodium-ion battery industry standards is scheduled for September 16-18, 2025, indicating ongoing developments in battery technology and standards [21][23].

Core Viewpoint - The article focuses on the upcoming 2025 lithium battery national research and interview activities, aiming to highlight good brands and discover quality energy storage products [1]. Group 1: Research Activities - The research activities will include visits to various companies in the lithium battery sector, with a detailed schedule from August 4 to August 22, 2025, covering regions such as Shenzhen, Dongguan, and Huizhou [5]. - The research will involve factory visits, company introductions by executives, and discussions on industry trends and collaboration opportunities [4]. Group 2: Participating Companies - Notable companies targeted for interviews include BYD, CATL, and EVE Energy, among others, indicating a focus on leading players in the lithium battery industry [5][6]. Group 3: Sponsorship Opportunities - Sponsorship options are available for companies wishing to participate, with benefits including advertising placements and participation in the research activities [6].

Core Viewpoint - The Fourth Sodium-Ion Battery Industry Chain and Standard Development Forum aims to promote the industrialization and standardization of sodium-ion batteries, with discussions on standards, technology research, and the current state of the industry scheduled for September 16-18, 2025, in Weihai, Shandong Province [1][19]. Group 1: Forum Details - The forum is co-hosted by the China Electronics Standardization Institute and the Zhongguancun Energy Storage Industry Technology Alliance [4]. - The event is expected to attract around 500 participants, including government officials, industry leaders, and experts from research institutions [4]. - The forum will feature discussions on standards, policy, keynote speeches, authoritative evaluations, and product exhibitions [2][4]. Group 2: Industry Participation - Over 50 companies have participated or passed evaluations, with nearly 70 product models involved, including notable firms like Zhongke Haina, Huana Xinneng, and others [2]. - The forum will announce the sixth batch of sodium-ion battery evaluation passing units and the second batch of sodium-ion battery cycle life evaluations [1][2]. Group 3: Industry Context - The sodium-ion battery industry has seen rapid development due to its advantages such as abundant resources, low cost, good temperature adaptability, and high safety [20]. - More than 200 companies are now involved in the sodium-ion battery supply chain, indicating significant growth and interest in this technology [20]. - The forum aligns with national policies aimed at promoting new energy storage technologies and achieving carbon neutrality goals [19].

Battery - Fudi Technology's semi-solid state battery has a cost that is only 5%-10% higher than liquid batteries, demonstrating good economic viability and market competitiveness, with GWh-level shipments already achieved [3] - Prit's first batch of square 314Ah semi-solid state batteries has been successfully delivered, making it the first domestic company to transition this technology from laboratory to mass production, positively impacting its semi-annual performance [6] - In the first half of 2025, China's new energy heavy truck sales are expected to reach approximately 79,000 units, a year-on-year increase of 185%, driving the installation of heavy truck power batteries to about 31.7GWh, a year-on-year growth of 230% [7] Materials - Oke Technology signed a 176 million yuan contract for two wet-process diaphragm production lines, which accounts for 40.51% of the company's audited revenue for the past year [11] - A new lithium battery anode material project with an annual production capacity of 100,000 tons has been accepted for environmental impact assessment in Guizhou, indicating ongoing technological upgrades [13] - Sanfu New Materials' 3D composite copper foil is currently in the sample testing phase for downstream battery manufacturers, with applications in high-end consumer electronics and high-end new energy vehicle power batteries [14] - CATL's subsidiary in Qinghai has commenced construction on a pole piece project with a total investment of 5 billion yuan, aiming to establish a complete production process chain [16]

Core Viewpoint - The article emphasizes the urgent need for green energy solutions in data centers, driven by the rise of AI and the implementation of mandatory green electricity trading in China, highlighting the importance of energy storage systems in this transition [1][5][26]. Group 1: Industry Trends - The global proliferation of AI is leading to an energy revolution in data centers, with a focus on building photovoltaic storage systems and increasing the application rate of green energy [1]. - Data centers are facing challenges such as high electricity dependency, costs, and energy consumption, necessitating a shift towards renewable energy and improved energy management systems [5]. - The energy consumption of data centers is projected to rise significantly, with estimates indicating that their share of total electricity consumption in China could increase from 3% in 2022 to over 5% [19]. Group 2: Company Developments - Desay Battery has launched a dedicated battery and system solution for data centers, aimed at ensuring high-quality development in the AI computing era [1][10]. - The company introduced a new generation of lithium battery UPS systems capable of meeting high power discharge demands, with a maximum discharge rate of 8C and a power capacity of up to 320kW [21]. - Desay Battery's proactive safety technology has achieved a heat runaway suppression efficiency of 99.3%, significantly enhancing the safety standards for energy storage systems [14][15]. Group 3: Strategic Collaborations - Desay Battery has signed strategic cooperation agreements with several companies to integrate technology development and product innovation in the green computing sector [26]. - The company has secured a 1GWh procurement agreement with Romania's Voltika Group for its proactive safety AI battery systems, indicating strong market interest and confidence in its technology [28]. Group 4: Regulatory Environment - The implementation of China's first mandatory national standard for lithium battery safety (GB 44240-2024) on August 1, 2023, marks a significant upgrade in safety requirements for energy storage systems [14].

Core Insights - The Desay Battery Energy Storage Cell Phase I project in Wangcheng Economic Development Zone has achieved a production line automation rate of 99%, generating an annual output value of 6.4 billion yuan and tax revenue of 240 million yuan, with an average tax revenue of 1.24 million yuan per mu [1][4]. Group 1: Project Development - The project transformed a previously idle 193.14 mu storage land into a smart factory, showcasing advanced automation and digitalization [3][4]. - The land was originally acquired by a logistics company in January 2019 but remained undeveloped due to various factors, leading to its eventual reclamation by the government [3][4]. - The government repurchased the land for 139 million yuan in June 2022 and subsequently allocated it to the Desay Battery project [3][4]. Group 2: Production and Efficiency - The project employs globally leading production equipment, achieving a cleanroom environment with a cleanliness standard of 10,000 and partial control at 1,000 [4]. - The production line can produce approximately 14,000 battery cells per day, reflecting high operational efficiency [3][4]. Group 3: Future Prospects - Desay plans to establish Phase II and III of the project in Changsha, with projected annual output values ranging from 20 billion to 32 billion yuan and tax revenues between 800 million and 1.2 billion yuan upon full production [4]. - The project exemplifies the optimization of land resources and the upgrading of industrial structure in the region, contributing significantly to the "Strong Province" strategy [4].