混合动力系统设计的修正方法

S. Samuelsen, B.R. Bredesen
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引用次数: 0

摘要

挪威电信管理局(NTA)开发了一种改进的混合电力系统设计方法,利用风力发电机为偏远地区的电信系统供电。作者描述了采用的技术和方法以及修改后设计的预期结果。重点是改进对电力系统燃料部分的废热的利用,并提供更好的服务和维修。可再生能源部分,即风力发电机,在结冰/多风的天气条件下尤其难以维修,因为爬塔可能会成为相当危险的事情。为了克服这个问题,塔楼的设计允许在不爬升的情况下进行维修。位于Sprinklerfjell的BARK项目将于1988年1月投入运行,它将是NTA资格测试计划中最南端运行的项目,也是获得自然(风能)最不利的项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A revised approach to hybrid system design
The Norwegian Telecommunications Administration (NTA) has developed a revised approach to hybrid power-system design using wind generators to power telecommunications systems in remote areas. The authors describe the techniques and methods adopted and the expected results form this revised design. The focus has fallen on improving the utilization of waste heat from the fuel-fired part of the power system and providing better accessibility for service and maintenance. The renewable power part, namely the wind generators, have been particularly difficult to service during icy/windy weather conditions, when climbing towers can become quite a hazard. To overcome this problem, towers have been designed to allow for servicing without climbing. The BARK project at Sprinklerfjell, being put into operation in January 1988, will be the southern-most operated within the NTA Qualification Test Program with the least favorable access to natural (wind) energy.<>
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