小型电信站直流供电系统

T.G. Skaslien
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引用次数: 0

摘要

本文介绍了一种由若干并联充电整流单元组成的直流电源。该系统是为挪威电信管理局开发的,并与挪威电信管理局合作开发的。控制系统负责负荷分担,与并联充电整流器的数量无关。一个监测系统可以照顾单位的公差。单元可以连接,以提供最小的谐波失真回电源,因此是有吸引力的地方与弱主电源供应。通信站的总用电量有增加的趋势。具有一定重要性的电站配备柴油发电机组,以备蓄电池充电器应急供电。当小型发电机组供电时,一个简单的限流系统能够减少充电器的功耗。该系统可以减少对峰值功率的需求,而不会减少电池充电器系统中的冗余。并联式机组不同运行方式下的效率曲线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A DC Power Supply System for Small Telecommunication Stations
This paper describes a DC power supply consisting of a number of parallel operating charging rectifier units operating on a common battery bank. This system is developed for and in cooperation with The Norwegian Telecommunications Administration. A control system takes care of the load sharing independant of the number of charging rectifier units in parallel. A monitoring system can take care of units out of tolerance. Units can be connected to provide a minimum of harmonic distortion back on the power sources, and thus be attractive on places with weak mains power supply. In telecommunication stations the power consumption totally needed has an increasing trend. Stations with a certain importance are equipped with diesel generator sets for emergency supply to the battery chargers. A simple current limiting system is able to reduce the power consumption from the chargers when supplied from small generator sets. The system can reduce the need of peak power without reducing the redundancy mostly built into the battery charger systems. Efficiency curves for different operation modes of parallel operating units will be shown.
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