随着行业结构的调整，锂电池生产过程中，提升效率、降低能耗，成为电池企业必须要思考和解决的重要问题。化成分容作为电池制造中后段最耗能的工序之一，其提效降本的方式也非常值得关注。利元亨PCS高压水冷一体机凭借集成PCS高压直流技术与水冷散热技术、提升温控精度、提高库位均匀性、降低能耗、可集成光伏储能等优势，在多种技术中脱颖而出。
01节能降耗
·集成PCS高压直流技术，电池放电能量可利用于待充电电池，或回馈电网，充电效率大于87%，放电效率大于82%，整体能耗降低30%以上，大幅度降低用电成本及设备成本。
·可结合光伏储能系统使用，进行了电能削峰填谷，节省了化成分容的电费并且提高了绿色能源的使用率。
02高/精/控/制
·成功集成PCS高压直流技术与水冷散热技术，将电池温控精度控制在±1℃。03场/景/柔/性
·模块上进行一体化设计，无线缆，并且支持单通道和多通道一体化设计，同时电流兼容30A~500A不等。
·母线电压750V，兼容储能系统输出电压。
未来，利元亨会持续围绕新能源产业发展需求，坚持自主创新，不断开发更多前沿技术，提升生产效率，降低运营成本，为企业的可持续发展做出贡献。
With the adjustment of the industry structure, improving efficiency and reducing energy consumption in the lithium-ion battery production process have become important issues that battery companies must think about and solve. Formation and grading are someof the most energy-consuming processes in the middle and later stages of battery manufacturing, and its method of improving efficiency and reducing costs is also worthy of attention. Lyric's PCS integrated high-voltage water-cooled machine stands out among various technologies by integrating PCS high-voltage DC technology and water-cooling heat dissipation technology, improving temperature control accuracy, improving storage uniformity, reducing energy consumption, and integrating photovoltaic energy storage.
01 Energy saving
ꔷIntegrating PCS high-voltage DC technology, battery discharge energy can be used in batteries to be charged or fed back to the grid. The charging efficiency is greater than 87%, the discharge efficiency is greater than 82%, and the overall energy consumption is reduced by more than 30%, significantly reducing electricity costs and equipment costs.
ꔷIt can be used in conjunction with photovoltaic energy storage systems to perform peak-shaving and valley-filling of electric energy, saving electricity costs and increasing the utilization rate of green energy.
02 Cutting-edge technology
ꔷSuccessfully integrated PCS high-voltage DC technology and water-cooling heat dissipation technology to control the battery temperature control accuracy to ±1°C.
03 Widely applicable
ꔷThe module has an integrated design, no cables, and supports single-channel and multi-channel integrated design. At the same time, the current is compatible with 30A~500A.
ꔷBusvoltageis750V,compatiblewithenergystoragesystemoutputvoltage.
In the future, Lyric will continue to focus on the development needs of the new energy industry, adhere to independent innovation, continue to develop more cutting-edge technologies, improve production efficiency, reduce operating costs, and contribute to the sustainable development of the enterprise.