2025年4月10日至12日，亿纬锂能携全场景储能解决方案及全新6.9MWh储能系统，亮相第十三届储能国际峰会暨展览会（ESIE 2025），以技术创新赋能新型储能高质量发展，携手更多合作伙伴共建绿色未来。
全新6.9MWh系统重磅发布，加速大储赛道升级
Mr旗舰系列表现亮眼，引发广泛关注 Mr.Giant储能系统自落地湖北荆门示范项目以来，已稳定运行8个月，实测能效超过95.5%，展现卓越性能，吸引众多观众驻足咨询。目前，Mr.Giant已于2025年第一季度实现全面量产。 现场，亿纬锂能旗舰产品Mr.Giant也迎来重要里程碑，顺利获得TÜV Mark/CB/CE/AS 3000等国际认证证书，具备进入欧洲及澳洲市场的资质。 多方携手共赢，赋能全球储能生态 为加快全球化步伐，亿纬锂能与莱茵技术（上海）有限公司达成战略合作，围绕全场景储能产品检测认证及企业体系认证开展深度协同，助力技术升级与行业标准提升。 在市场合作方面，亿纬锂能分别与沃太能源股份有限公司达成10GWh战略合作、与威胜能源技术股份有限公司签署1GWh战略合作框架，深化产业协同，共绘绿色能源新蓝图。 on April 10 , 2025, EVE Energy showcased its full-scenario energy storage solutions and new 6.9MWh energy storage system at Energy Storage International Conference and Expo (ESIE 2025). Leveraging technological innovation, it is empowering the high-quality development of new energy storage and working with more partners to build a green future. At the scene, EVE Energy's flagship product Mr. Giant also marked a significant milestone by successfully obtaining international certifications including TÜV Mark, CB, CE and AS 3000, thereby acquiring the qualification to acess European and Australian markets.
New 6.9MWh System Unveiled, Accelerating the Upgrade of Large-Scale Energy Storage
Following the successful launch of the Mr.Giant 5MWh system, EVE Energy has once again stepped up its efforts in the large-scale energy storage sector by unveiling a new generation of 6.9MWh energy storage system, which accurately meets the market needs of large-scale power stations in China.
Based on the large cell technology and integrated with the CTP highly integrated design, EVE Energy's 6.9MWh energy storage system has witnessed a 10% reduction in Pack cost and a 20% increase in energy density per unit area. It supports standardized configurations for 100MWh power station projects and is compatible with mainstream 3450kW power, effectively reducing customers' initial investment.
In terms of structural design, the system employs a top-mounted liquid cooling unit to increase the space utilization rate of the container by 15%, reduce floor space, and quite noise. The modular liquid cooling design supports the independent operation of individual modules, ensuring system stability and improving operational and maintenance efficiency.
In terms of safety performance, the 6.9MWh system incorporates multi-layered protection mechanisms: the "X-ray Inspector" technology is applied on the cell side to achieve full lifecycle monitoring and early warning; the thermal-electric separation design is adopted on the Pack side to effectively suppress thermal runaway, prevent electrical short circuits, and comprehensively protect the safe operation of the system.
Mr Flagship Series' Impressive Performance Attracts Widespread Attention
Since its implementation in the demonstration project in Jingmen, Hubei Province, the Mr. Giant energy storage system has been stably operating for eight months, with its measured energy efficiency exceeding 95.5%, showing exceptional performance and attracting numerous visitors to stop for consultation. Currently, Mr. Giant has realized full mass production in the first quarter of 2025.
Collaborating for Mutual Win, and Empowering the Global Energy Storage Ecosystem
To accelerate its globalization process, EVE Energy has entered into a strategic partnership with TÜV Rheinland, engaging in in-depth collaboration on the testing and certification of full-scenario energy storage products and enterprise system certifications, aiming to facilitate technological upgrades and the enhancement of industry standards.
In terms of market cooperation, EVE Energy has signed a 10GWh strategic cooperation agreement with AlphaESS and a 1GWh strategic cooperation framework with Wasion Energy, further deepening industry synergy and jointly contributing to a new blueprint for green energy.
Looking ahead, EVE Energy will continue to drive development with technology and innovation to create high-safety, high-reliability, full-scenario energy storage products and solutions. We look forward to sincerely working with more partners to create new value in the zero-carbon era.