Smart Grid Method for the Lubumbashi Distribution Network Based on Provision of Renewable Energy Resources

K.B. Masompe, T. Madiba, T. Bungu, F.T. Kadinda
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Abstract

Abstract: The development of smart grids (SG) in the electrical network is the subject of many studies nowadays. This new technology seems to be as an additional tool and the perfect solution which the D.R. Congo could use to achieve the objectives of the efficient management of electrical energy, electrical network security, and the inclusion of renewable energy sources. The rise of these new networks brings together many economic issues. This study is essentially focused on the incapability of the National Electricity Company (SNEL) which still retains the monopoly of production and distribution of energy to individuals, industries and mining companies. The incorporation of a system of control and management of the two-ways energy flow between the sources of electricity production and users via an intelligent distribution network, considering several specific constraints and performance required, will allow us to highlight the influence of intelligence in a distribution network as complex as that of the city of Lubumbashi. This study reviews the challenges of renewable energies in the environment of the city of Lubumbashi, the modeling of the distribution network, the introduction of intelligence control in the network and simulation using computer tools to see the contribution of these results to the entire electrical system. Finally, the integration of new renewable energy sources associated with its monitoring system is planned to stabilize this network by increasing the efficiency of the system with 25 percent in power quality.
基于可再生能源供应的卢本巴什配电网智能电网方法
摘要:智能电网在电网中的发展是当今众多研究的课题。这项新技术似乎是一个额外的工具和完美的解决方案,刚果民主共和国可以利用它来实现电能的有效管理、电网安全以及可再生能源的利用。这些新网络的兴起带来了许多经济问题。这项研究主要集中于国家电力公司的无能,该公司仍然垄断着向个人、工业和采矿公司生产和分配能源。考虑到一些具体的限制和性能要求,通过智能配电网将控制和管理电力生产来源和用户之间的双向能量流的系统结合起来,将使我们能够突出智能在像卢本巴希市这样复杂的配电网中的影响。本研究回顾了可再生能源在卢本巴希市环境中的挑战,配电网络的建模,在网络中引入智能控制,并使用计算机工具进行仿真,以了解这些结果对整个电力系统的贡献。最后,与监测系统相关的新可再生能源的整合计划通过将系统效率提高25%的电能质量来稳定该网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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