Single Wire Earth Return Distribution Grids: A Panacea for Rapid Rural Power Penetration in Africa via Regulatory Policy Transfer

B. Nkom, C. Baguley, N. Nair
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引用次数: 3

Abstract

The Single Wire Earth Return (SWER) system was developed in the 1920s to provide a low-cost means of electricity distribution to sparsely populated rural communities. Since then, it has been in prominent service on all continents except Africa. Its use in Africa has been mostly in the southern and northern parts of the continent, with its virtual non-existence in West and East Africa. This paper highlights a few key research and development strategies to improve the technology, one of which is currently at Technology Readiness Level 5. It also provides a cost comparison of SWER with the regular 3-wire distribution system, by carrying out a fiscal study of the Tuhua SWER grid. The comparison shows that the SWER system is long overdue for large-scale use in Africa, which can be accelerated through the adoption of regulatory policies and best practices developed by countries that are historic users of the technology.
单线回地配电网:通过监管政策转移实现非洲农村电力快速渗透的灵丹妙药
单线接地返回(SWER)系统是在20世纪20年代开发的,为人口稀少的农村社区提供低成本的电力分配手段。从那时起,它在除非洲以外的所有大陆上都有显著的服务。它在非洲的使用主要集中在非洲大陆的南部和北部,在西非和东非几乎不存在。本文重点介绍了改进该技术的几个关键研究和开发策略,其中一个目前处于技术就绪级别5。通过对图化SWER电网的财务研究,提供了SWER与常规三线配电系统的成本比较。比较表明,SWER系统早就应该在非洲大规模使用,可以通过采用该技术的历史用户国家制定的监管政策和最佳做法来加速这一进程。
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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