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Integrated BMS and ASIC Technology Creates Charge Isolation Safety Architecture in Large Battery Systems

机译:集成的BMS和ASIC技术在大电池系统中创建充电隔离安全架构

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Battery safety and longevity issues are significantly magnified in large battery system structures such as those employed in Battery Electric Vehicles (BEVs), Underwater Autonomous Vehicles (UAVs), and specialized aerospace, army, and naval applications. 1 Power Solutions' charge isolation architecture provides thermal balance and equal charge and discharge within +/- 2 mV for individual battery cells in large systems. In under one hour every cell will tightly balance in any combination of rows, modules, arrays, or strings of batteries. This new, innovative, and safe method of battery control is generic, scalable, seamless, and neutral to chemistry, size, and form-factor. Given the general applicability to all forms of mobile power, including vehicles, consumer electronics, and backup storage, Power Solutions' integrated Battery Management System (BMS) and ASIC technology should revolutionize key markets that depend on large battery systems, including, notably, transportation.
机译:电池安全性和寿命问题在大型电池系统结构中显着放大,例如电池电动汽车(BEV),水下自治车辆(无人机)和专业航空航天,军队和海军应用。 1电源解决方案的电荷隔离架构为大型系统中的单个电池单元提供热平衡和相等的充电和放电。在一小时内,每个细胞都会在行,模块,阵列或电池串的任何组合中紧密平衡。这种新的,创新和安全的电池控制方法是通用,可扩展,无缝和中性的化学,尺寸和形状因子。鉴于对所有形式的移动电源的一般适用性,包括车辆,消费电子产品和备用存储,电源解决方案的集成电池管理系统(BMS)和ASIC技术应彻底改变依赖大电池系统的关键市场,包括,特别是运输。

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