Batteries in Power Supplies for the New Telecommunication Services

H. Kiehne, H. Krakowski
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引用次数: 4

Abstract

A General survey on battery power supply today and tomorrow within the telecommunication services of the F.R. of Germany. The growing number of new services and modern equipment will be supplied with energy using the existing AC and DC power distribution systems. The principle of permanent power supply demands stored energy either in the fuel tanks of IC (Internal Combustion) Generator sets or in batteries. The network will be extended by optical fibre cables not capable of transporting energy. Computorized equipment requires increasingly continous power supply for memory back up. The three main categories which need stored energy in batteries are: - the central services (as exchanges. repeator stations, a.s.o.) - the subscriber premises (e.g. with optical fibre cables) - the memory backup (in various equipment) For the first category the station battery - central or decentral - will be the solution also in the future. For the decentral power equipment medium and small sizes of rechargeble batteries in maintenance free desing are preferred. Only smaller sizes of rechargeble batteries in maintenancefree design are prefered for the second category. For the third category: energy supply of memory back up's, the design alternative is between primary cells (Lithium) and secondary cells (NiCd button cells). For all types of batteries there is a high demand on reliability during service life and on maintenancefree operation. This requires changes in design of the existing battery types and or newly developed batteries.
新型电信服务电源中的电池
德国联邦共和国电信服务中电池供电的今天和未来的一般调查。越来越多的新服务和现代化设备将使用现有的交流和直流配电系统提供能源。永久供电的原理要求将能量储存在内燃发电机组的油箱或电池中。该网络将通过不能传输能量的光纤电缆进行扩展。计算机化的设备越来越需要连续的电源来备份存储器。需要在电池中存储能量的主要有三个类别:-中央服务(如交换)。中继站,a.s.o) -用户场所(例如使用光纤电缆)-存储备份(在各种设备中)对于第一类,站电池-中央或分散-也将是未来的解决方案。对于分散式电力设备,应优先采用免维护设计的中小型充电电池。只有较小尺寸的免维护设计的可充电电池才适用于第二类。对于第三类:存储备份的能量供应,设计选择是在一次电池(锂电池)和二次电池(镍镉纽扣电池)之间。对于所有类型的电池来说,在使用寿命期间的可靠性和免维护运行都有很高的要求。这需要改变现有电池类型和/或新开发的电池的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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