首页> 外文会议>2011 Annual IEEE India Conference : Engineering Sustainable Solutions >Development of on-line monitoring system for Valve Regulated Lead Acid (VRLA) battery
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Development of on-line monitoring system for Valve Regulated Lead Acid (VRLA) battery

机译:阀控铅酸蓄电池在线监测系统的开发

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Valve Regulated Lead Acid (VRLA) batteries have been used as backup powers supply since 1994 in almost every sector of the Indian Telecom. Such an excessive usage of VRLA batteries necessitates that a reliable telecommunications power supply is maintained. Since the Valve Regulated Lead-Acid battery is effectively sealed in that it is not possible to examine the battery internally. Therefore any test method relies on monitoring at the battery terminals. The maintenance regime must monitor the operating environment of the battery system as the correct environment will ensure that the maximum reliable operating life is achieved. Telecom standby power systems being installed or modernized today primarily use VRLA batteries, and their use in applications where flooded batteries could not be used, has been accompanied by reports of VRLA batteries not meeting customer expectations in the areas of reliability and service life. Thus taking into account all the aforementioned agendas, and understanding the desire need of the hour, an effort has been made to design a monitoring system for continuous on-line charging level of voltage monitoring of VRLA Batteries.
机译:自1994年以来,阀调节式铅酸(VRLA)电池已被用作印度电信几乎每个部门的备用电源。 VRLA电池的这种过度使用使得必须维持可靠的电信电源。由于阀控式铅酸蓄电池是有效密封的,因此无法在内部检查蓄电池。因此,任何测试方法都依赖于对电池端子的监控。维护制度必须监视电池系统的运行环境,因为正确的环境将确保获得最大的可靠运行寿命。当今正在安装或升级的电信待机电源系统主要使用VRLA电池,并且在无法使用满液电池的应用中使用它们,并伴随有VRLA电池在可靠性和使用寿命方面未达到客户期望的报道。因此,考虑到所有上述的日程安排,并了解小时的需求,已努力设计一种监视系统,用于VRLA电池电压监测的连续在线充电水平。

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