當地時間5月20日，作為全球清潔能源領域的頂級盛會，2025美國清潔能源展在美國亞利桑那州菲尼克斯會議中心舉行。楚能新能源攜新一代472Ah大容量儲能電池及CORNEX M6電池預制艙等儲能產品矩陣亮相展會，為全球可再生能源消納提供新的解題思路。

　　472Ah高性能儲能電池量產在即

　　展會現場，由楚能自主研發的472Ah儲能電池及配套系統解決方案憑借超強產品性能與超高量產效率備受客戶關注，以系統性技術創新定義下一代儲能產品發展標桿。

　　參數方面，472Ah電池標稱能量達1510.4Wh，能量密度高達195Wh/kg，承繼了314Ah產品體系高可靠、高穩定、高安全、高一致性的產品特點;相較314Ah儲能電池，能量提升50%，在磷酸鐵鋰體系下將儲能電池性能上限推向新的高度。

　　通過“技術復用+產能共享”，楚能472Ah電池實現對現有材料供應體系與工藝產能的有效兼容，最大程度利用成熟可靠的工藝體系確保產品品質，同時也將產品量產周期壓縮至最短，6月即將開啟全球量產交付，產能最高可達80GWh。

　　定制化解決方案引領儲能加速出海

　　面對海外儲能市場“技術+場景+商業模式”的多維競爭，楚能通過對正極補鋰、高溫等效技術體系的有效復用，進一步推動472Ah產品對多元化應用場景需求的全面適配。選配相關技術方案后，472Ah電池可在35℃高溫環境下，實現15000次超長循環，滿足“光儲一體”超長運營周期發展需求。

　　更具戰略意義的是，楚能正全面推進技術創新矩陣與產品解決方案在項目應用的“同頻共振”。

　　在1500V平臺下，搭載472Ah電池的標準20尺電池預制艙CORNEX M6，容量可達6.28MWh，支持2小時及以上儲能應用場景，完美適配電網調峰調頻、可再生能源消納等場景應用需求。

　　針對海外市場嚴苛的儲能安全標準，CORNEX M6可選配楚能自研的浸默2.0安全技術，“一簇一策”液冷方案，精準管控系統運行安全，系統集成度更高、兼容性更好、安全性更強，定制化選配的產品與技術方案正加速重構儲能產品出海應用新范式。

　　未來，楚能將加速深耕技術、品質與場景的融合創新，持續產品超前布局，以更優質的儲能產品和系統解決方案服務海外市場，為全球清潔能源產業的可持續發展貢獻楚能力量。

　　PHOENIX, AZ - On May 20 local time, CORNEX made a remarkable appearance at the CLEANPOWER 2025, a premier global event in renewable energy held at Phoenix Convention Center. The company presented its innovative product portfolio including next-gen 472Ah high-capacity energy storage cell and CORNEX M6 battery energy storage container, offering groundbreaking approaches to global renewable energy integration.

　　CORNEX 472Ah High-Performance Energy Storage Cell Approaches Mass Production

　　At the exhibition, CORNEX's independently developed 472Ah energy storage cell and integrated system solutions drew significant attention from clients for their exceptional performance and ultra-high mass production efficiency, redefining industry benchmarks for next-gen energy storage products through systematic technological innovation.

　　The 472Ah battery cell boasts a nominal energy of 1,510.4Wh and an energy density of 195Wh/kg, inheriting the high reliability, stability, safety, and consistency of the 314Ah product line. Compared to the 314Ah cell, it achieves a 50% increase in energy capacity, pushing the performance limits of lithium iron phosphate (LFP)-based energy storage cells to new heights.

　　Leveraging "technology reuse + production capacity sharing," the 472Ah cell seamlessly integrates with existing material supply chains and manufacturing processes. This approach maximizes the use of mature, reliable production systems to ensure product quality while minimizing time-to-market. Global mass production and delivery will commence in June, with a maximum capacity of 80GWh.

　　Customized Solutions Drive Global Energy Storage Expansion

　　Facing multidimensional competition in overseas markets encompassing technology, application scenarios, and business models, CORNEX leverages its proprietary cathode pre-lithium and high-temperature durable technology systems to optimize the 472Ah cell for diverse global applications. With optional technical configurations, the 472Ah cell achieves 15,000 ultra-long cycles at 35°C, meeting the extended operational demands of integrated "synchronized PV-matched cycle life" systems.

　　CORNEX is synchronizing its innovation matrix with practical project requirements. Under its 1500V platform, the 20-foot CORNEX M6 battery energy storage container—equipped with 472Ah cells—delivers 6.28MWh capacity, supporting 2+ hour duration applications such as grid peak shaving, frequency regulation, and renewable energy integration.

　　To address stringent overseas safety requirements, the Submerge 2.0 Battery Safety Technology and a "one-cluster-one-policy" liquid cooling system, enabling precise thermal management and elevated system integration. This customizable approach reshapes industry paradigms for safety, compatibility, and adaptability in global energy storage deployments.

　　In the future, CORNEX will deepen its integration of technology, quality, and full-scenario innovation, advancing strategic product roadmaps to deliver superior energy storage solutions for the overseas market. By empowering sustainable energy infrastructure, CORNEX aims to accelerate global transition to clean energy.