Decreasing Owning Costs of MV/LV Substations Backup Batteries

J.-D. Desanti, G. Schweitz
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引用次数: 5

Abstract

From the utilities point of view, backup batteries are very important to secure substations of the electrical network. The economical criterion for those batteries are mainly the upfront capital costs and the operational costs including maintenance. Facing the battery's owning costs in the 2300 substations under operation in France, Electricite de France Research and Development has developed an innovative system called "Stationary Multibat". From an economical aspect, we have focused our work on the development of a battery management system adapted for low-cost batteries and the use of GSM supervision for reducing maintenance interventions and costs. Then, during the year 2004, EDF R&D has patented the system and developed a laboratory prototype of a 20 kWh backup system under 48 V which includes the following aspects: use of a low-cost lead-acid battery, use of a battery array with parallel strings managed independently to increase reliability, development of a battery manager monitoring capacity periodically and controlling the charge and floating state to be adapted for the selected low-cost batteries, remote control by GSM for maintenance service
降低中低压变电站备用电池的拥有成本
从公用事业的角度来看,备用电池对保证电网变电站的安全是非常重要的。这些电池的经济标准主要是前期资本成本和包括维护在内的运营成本。面对法国2300个变电站的电池拥有成本问题,法国电力研发公司开发了一种名为“Stationary Multibat”的创新系统。从经济角度来看,我们的工作重点是开发适合低成本电池的电池管理系统,并使用GSM监督来减少维护干预和成本。然后,在2004年,法国电力公司研发部为该系统申请了专利,并开发了一个实验室原型,一个20千瓦时的48v备用系统,包括以下几个方面:采用低成本铅酸电池,采用独立管理的并联串电池阵列,提高可靠性,开发电池管理器,定期监测容量,控制所选低成本电池的充电和浮动状态,通过GSM远程控制进行维护服务
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