蓄电池监测管理系统(Battery Monitoring and Management System),在投入大量精力并首先研发出电动车电池管理系统(BMS),是电池与用户之间的纽带,主要对象是二次电池。
蓄电池监测管理系统(Battery Monitoring and Management System),在派司德投入大量精力并首先研发出电动车电池管理系统(BMS),是电池与用户之间的纽带,主要对象是二次电池。
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对蓄电池组进行监测管理与合理配置容量,有利于延长其寿命,保证UPS系统稳定、安全运行。
To supervise on battery and configure properly their capacity is propitious to battery life and keep UPS system operate in a stable and safe status.
该系统适应于电信、电力、铁路机车及中大型UPS等后备方式和起动使用情况下的蓄电池监测管理。
The system was suitable for VRLA battery used in telecommunication, electric power, railway engine and UPS for back-up and starting.
本文论述了UPS系统的蓄电池监测管理的几个方面,以及蓄电池容量的合理配置计算。
The paper discusses some aspects on battery test and management by the medium and large UPS system, introduces the calculation on battery capacity configuration.
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