行家说储能最新消息，楚能新能源两天内接连官宣两大动作——发布588Ah储能电池、开工80GWh锂电项目。 在宜昌80GWh全新一代锂电池项目开工 活动现场，楚能新能源董事长代德明在接受行家说储能采访时表示："楚能新能源实现了从0到1、从起步发展到快速 崛起，公司计划在今年年底前实现项目全面开工，以确保明年达成300GWh以上的产能目标，全面进入行业头部阵营。" 据他介绍，" 80GWh全新一代锂电池项目不仅是楚能千亿战略目标的重要布局，更是楚能以产业助力宜昌打造新能源产业高地的重要部分。"他承诺，楚能 将用最短的时间、最快的速度、最高的效率建成项目，力争早投产、早达效，将宜昌建设成为全国最大的锂电池产业基地。 下一步，楚能还将在年内启动襄 阳生产基地的建设。 图为：楚能新能源董事长代德明 ▋ 发布588Ah储能电池 从280Ah、306Ah、314Ah到472Ah，楚能新能源 储能电池阵营又添力作。 9月25日，在新品发布会上，楚能新能源发布新一代588Ah储能专用电池。 据了解，单颗电池能量突破卷绕工艺极限达588Ah，质量能量密度为190Wh/kg、体积能量密度为419Wh/L，能量效率高达96.5%。 ...

Core Viewpoint - Chuangneng New Energy has launched a new generation 588Ah large-capacity energy storage battery, showcasing advanced technology in materials, structural processes, and intelligent manufacturing [2][3]. Group 1: Product Features - The new 588Ah battery achieves a breakthrough in winding technology with an energy density of 190Wh/kg and a volume energy density of 419Wh/L, with an energy efficiency of 96.5%, reaching industry-leading levels [3]. - The CTP2.0 energy storage PACK solution reduces material types and quantities by 20%, with a single PACK mass energy density of 170Wh/kg and a volume energy density of 285Wh/L, leading globally [3]. - The "Transformable King" system platform allows for flexible combinations based on project requirements, with standard capacities of 3.13MWh for a 10-foot container and 6.26MWh for a 20-foot container, enhancing adaptability to diverse applications [4]. Group 2: Reliability and Safety - The 588Ah battery utilizes a mature material system and manufacturing process from the previously mass-produced 472Ah battery, ensuring reliability and rapid mass production [5]. - A comprehensive safety system is established, focusing on prevention, control, and protection, with innovative designs to reduce internal short circuits and lithium plating risks [5]. Group 3: Longevity and Cost Efficiency - The 588Ah battery boasts a cycle life exceeding 1200 times, addressing battery degradation issues through advanced technologies [5]. - The application of the "Transformable King" system platform is expected to reduce land area by 20% and the number of prefabricated cabins by 27%, while operational costs are projected to decrease by over 20% [4].