尼日利亚自动化配电的分析与优化

G. Ofualagba, O. Ejofodomi
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引用次数: 3

摘要

尼日利亚目前生产约81,122兆瓦时(或3,380兆瓦时/小时)的电力供全国消费,这远远低于该国的日常电力需求,导致需要在国内分配电力。2019年10月1日,RACETT尼日利亚有限公司拥有并获得专利的电力优化软件用于执行国家电网的电力自动分配。该软件自动计算并扣除尼日利亚输电公司(TCN)将电力从发电站输送到配电公司的输电损耗。可分配的总电力根据既定的电网百分比分配自动分配给11家配电公司。在扣除各配电公司的配电损耗后,剩余电量分配到各组成州,并选择向各州供电的时段,优先考虑晚上8:00 - 11:00的用电高峰时段。分配结果显示,尼日利亚目前能够从晚上8点到凌晨12点在全国范围内提供4小时的电力。8个州每天只有4小时的电力供应,而拉各斯州等一些州的电力供应长达24小时。需要修改分配给配电公司的电网分配比例,以改善全国电力的均匀分配,并需要大幅减少输电和配电损失。进一步的分析显示,尼日利亚目前需要产生24万兆瓦时(或19,583兆瓦时/小时)的电力,才能为全国每个州提供24小时的电力。未来的工作包括发电分析,以调查新发电站对尼日利亚每个配电区域的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis and Optimization of Automated Power Distribution Within Nigeria
Nigeria currently generates approximately 81,122 MWH (or 3,380 MWH/H) of electricity for national consumption, which is far less than the daily electricity demand of the country, leading to a need for allotted power distribution within the country. A power optimization software owned and patented by RACETT NIGERIA LTD. was used to perform automated distribution of electricity from the National Grid for October 1, 2019. The software automatically calculated and deducted the power transmission loss in transporting the electricity from the generating stations to the distribution companies by the Transmission Company of Nigeria (TCN). The total power available for distribution was automatically shared to 11 distribution companies based on the established electricity grid percentage allocation. After deducting the distribution losses for each distribution companies, the remaining electricity was distributed among constituent states, and the hours of electricity supplied to each state selected, with priority given to the peak demand period of 8:00 p.m. -11: 00 p.m. The distribution results show that Nigeria is currently able to provide 4 hours of electricity across the nation from 8:00 p.m. - 12:00 a.m. Eight (8) states received electricity for only 4 hours of the day, while some states like Lagos State received as much as 24 hours. The percentage grid allocation to the distribution companies needs to be revised to improve even distribution of electricity across the nation, and transmission and distribution losses need to be drastically reduced. Further analysis revealed that Nigeria presently needs to generate 240,000 MWH (or 19, 583 MWH/H) of electricity in order to provide 24 hours of electricity to every state across the nation. Future work includes power generation analysis to investigate the effect of new generating stations on each electricity distribution region in Nigeria.
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