领航锂电智造瑞能股份亮相2025韩国电池展

3月5日-7日，2025韩国电池展（Battery Korea 2025）在首尔COEX会展中心启幕。作为电池检测与智能制造装备领域的引领者，瑞能股份携光储融合化成分容系统、模组PACK智能测试线、全系电池测试设备等全场景技术方案亮相，以差异化创新实力引领电池测试向高效、精准、低碳方向进阶，为韩国及全球客户展现中国智造在新能源高端装备领域的前沿突破。

01 光储融合技术重塑能效标杆

针对韩国市场对绿色制造与能源效率的严苛需求，瑞能股份创新展示光储融合化成分容系统，通过高压直流母线技术深度耦合光伏储能系统与电池产线，实现绿电利用率提升与能耗结构优化。该系统搭载自研GaN/SiC高压母线模块与水冷0线束针床技术，能量转换效率突破90%，库位温差精准控制在±2℃以内，相较传统方案降低综合能耗超30%。结合EMS能量管理系统的毫秒级调度能力，该方案可动态匹配电网负荷与生产需求，实现削峰填谷与清洁能源最大化消纳，为韩国电池企业构建“源-网-荷-储”一体化用能模式提供系统级支撑。

02 破解多形态电池包检测难题

区别于日本市场对产线自动化的侧重，瑞能股份针对韩国车企与电池包供应商的定制化需求，推出新一代模组PACK一体化智能测试线。该方案集成气密性检测、EOL功能测试、DCR动态阻抗分析等多项核心测试工位，采用模块化设计实现“1小时换型”，适配圆柱、方壳、软包等多种形态电池包。通过瑞能智能数字平台，客户可监控测试数据并反向优化设计参数，进一步提升模组良率及生产周期。

03 测试设备技术参数领跑行业

在核心测试装备领域，瑞能股份进一步强化“宽电压、高精度、全栈式”技术优势。展出的电池全生命周期测试系统具备0.02%F.S超高测试精度和2ms超高速动态响应能力，不仅支持数十项核心参数分析，更能实现-6V至2000V超宽电压范围覆盖，精准模拟极端工况下的动态负载环境。通过10ms高精度工况路谱技术，可实时还原车辆在加速、制动、爬坡等复杂路况下的电池状态，为电池性能优化提供多维数据支撑。

此次参展，瑞能股份通过场景化解决方案的精准输出，为韩国乃至全球新能源产业提供了从绿色制造到智能检测的系统级方案。随着全球能源转型进入深水区，瑞能股份正以技术创新为支点，撬动电池测试领域的全新可能。

From March 5 to 7, 2025, Battery Korea 2025 opened at COEX Convention Center in Seoul. As a leading innovator in battery testing and intelligent manufacturing equipment, RePower made a remarkable appearance, showcasing its full-spectrum technological solutions, including the PV-storage integrated formation and grading system, modular PACK intelligent test lines, and a comprehensive range of battery testing equipment. With its differentiated innovation capabilities, RePower is leading the evolution of battery testing toward higher efficiency, precision, and sustainability, demonstrating China's cutting-edge advancements in high-end new energy equipment to customers in Korea and worldwide.

Addressing the stringent demands of the Korean market for green manufacturing and energy efficiency, RePower introduced its PV-storage integrated formation and grading system. This system leverages high-voltage DC bus technology to seamlessly integrate photovoltaic energy storage systems with battery production lines, enhancing renewable energy utilization and optimizing energy consumption. Equipped with proprietary GaN/SiC high-voltage bus modules and water-cooled zero-harness pin bed technology, the system achieves an energy conversion efficiency of over 90%, with a precise storage temperature variance controlled within ±2°C. Compared to conventional solutions, it reduces overall energy consumption by more than 30%. The system also features an advanced EMS (Energy Management System) with millisecond-level scheduling capabilities, dynamically balancing grid loads with production demands to enable peak shaving and maximum clean energy utilization. This provides a systematic solution for Korean battery manufacturers to establish an integrated "generation-grid-load-storage" energy management model.

Unlike the Japanese market's emphasis on production line automation, RePower has tailored solutions for the customized needs of Korean automakers and battery pack suppliers by launching the next-generation modular PACK integrated intelligent test line. This solution integrates key testing stations such as air-tightness inspection, EOL functional testing, and DCR dynamic impedance analysis. Its modular design enables format changes within just one hour, accommodating various battery pack types, including cylindrical, prismatic, and pouch cells. Through RePower’s intelligent digital platform, customers can monitor test data and optimize design parameters in real-time, improving module yield rates and production efficiency.

In the field of core testing equipment, RePower continues to push the boundaries with its "wide voltage range, high precision, and full-stack" technological advantages. The exhibited battery lifecycle testing system achieves an ultra-high testing accuracy of 0.02% F.S and an ultra-fast dynamic response of 2ms. It supports comprehensive analysis of dozens of core parameters while covering an ultra-wide voltage range from -6V to 2000V, accurately simulating dynamic load conditions under extreme operating environments. Featuring 10ms high-precision driving cycle simulation technology, it can reproduce real-time battery performance under acceleration, braking, climbing, and other complex road conditions, providing multidimensional data support for battery performance optimization.

Through its scenario-driven solution portfolio, RePower has delivered a comprehensive system covering green manufacturing and intelligent testing, empowering the new energy industry in Korea and beyond. As the global energy transition reaches a critical phase, RePower is leveraging technological innovation to unlock new possibilities in the battery testing sector.