尼日利亚电信行业微电网电力系统设计分析

David S. Kuponiyi, Matthew B. Olajide, Michael A. Eko, Charity S. Odeyemi, Najeem O. Adelakun
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引用次数: 0

摘要

微电网电力系统是一种提供离网供电或电网备用的独立电力系统。它由传统电力系统、可再生电力系统、电力存储、负荷管理和控制系统组成。然而,不同的微电网配置确实存在,无论是传统能源还是混合能源配置,本研究都讨论了这些配置,以实现高效且具有成本竞争力的电力系统配置。微电网可以改善尼日利亚电信行业的服务质量。该研究考虑了8种可能配置的网络模型的不同网络架构,并在HOMER能源软件上对拓扑进行了模拟和经济优化测试。仿真结果表明,如果适当地研究和利用其中任何一种选项,就可以实现永久解决我们基站的电力故障。同样,所提出的成本分析表明,与传统程序相比,任何选项的安装和运营费用都相对便宜,从而降低了强加给客户的关税成本。因此,它将为电信基础设施开发强大的离网电力解决方案,实现远程位置的连续连接,减少停机时间,并改善该国的数字通信网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design Analysis of Microgrid Power System for Telecommunication Industries in Nigeria
A microgrid power system is an independent power system that provides off-grid power or grid backup. It consists of a conventional power system, a renewable power system, power storage, load management, and a control system. However, different microgrid configurations do exist, be it conventional energy sources or hybrid energy configurations, which have been discussed in this research to achieve an efficient and cost-competitive power system configuration. The microgrids could improve the quality of service for the telecommunications industries in Nigeria. The study takes into account the diverse network architecture of eight possible configured network models, and the topologies were simulated and tested for economic optimisation on HOMER energy software. The simulation results show that if any of the options were properly studied and harnessed, a permanent solution to power failure at our base station would be achieved. Similarly, the cost analysis presented reveals that the installation and operating expenses of any of the options were relatively cheap when compared to conventional procedures, lowering the tariff cost imposed on customers. Consequently, it will lead to the development of robust, off-grid power solutions for telecom infrastructure, enabling continuous connectivity in remote locations, decreasing downtime, and improving the country's digital communication network.
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