电信电力和建筑工程服务的发展历史,电信能源特别会议和INTELEC卫星会议

J. Parsons
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摘要

自20世纪30年代以来,电信电力和建筑工程服务(BES)工厂已经走过了漫长的道路。在直流方面,设备已经从现场产生直流电源发展到分布式开关式电源。交流备用电厂已经从零供应发展到完全自动化的成套发动机机组,通风要求也从可开窗发展到使用微处理器控制的空气处理机组(AHU)进行温度控制。技术进步,能源考虑和精心设计,都在生产交流,直流和BES工厂中发挥了作用,这些工厂是专门为可靠地支持现代开关而建造的。近年来,可用资源不断减少,加上电信公司私有化和受管制的竞争,在发展远程监视和警报收集系统方面发挥了越来越大的作用。随着竞争的加剧和内部资源的减少,削减成本的需求将会加速。将更多地利用外部承包商进行维修和安装工作,并将购买更多的市售设备。能源限制将要求更高效的电厂,更多的发展将以减少电厂的负荷为目标。这将特别适用于新技术领域,例如通过无源光网络进行电信。本文描述了过去发生的一些发展,并提出了未来将影响电力和BES电信的因素。
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A History of the Development of Power and Building Engineering Services in Telecommunications, Telecommunications Energy Special Conference a Satellite Conference to INTELEC
Telecomms Power and Building Engineering Services (BES) plant has come a long way since the 1930's. On the DC side, equipment has developed from on site generation of DC power, to distributed switch mode power supplies. AC standby plant has progressed from zero provision to fully automated packaged engine sets, and ventilation requirements have advanced from openable windows, to temperature controlled sites with microprocessor controlled Air Handling Units (AHU's). Advancements in technology, energy considerations and careful design, have all played a part in producing AC, DC and BES plant that is purpose built to reliably support modern switches. In recent years there has been continual reduction in available resource and this, coupled with the privatisation of PTT's and regulated competition, has increasingly played a role in developing remote surveillance and alarm collection systems. As competition increases, and in-house resource decreases, the need to cut costs will be accelerated. More use will be made of external contractors for maintenance and installation work, and more commercially available equipment will be purchased. Energy constraints will require more efficient plant and more developments will be targeted at reducing the standing loads on power plant. This will be particularly applicable in new technology areas, such as telecommunications over passive optical networks (TPON). This paper describes some of the developments that have taken place in the past and suggests factors that will impinge on Power and BES for telecommunications in the future.
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