Analysis of the Network Performance and Development of Electricity Transmission Plan: A Case Study of Kenya's Coast Region

Harrison J.S. Sungu, M. Musau, C. Wekesa
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Abstract

Performance of the Transmission network for Kenya's Coast region: Pertinent data from the transmission utilities in Kenya was collected and used to develop Coast region's electricity network models for years 2039 (the target year), 2035, 2030,2025,2022, 2020 and 2019 in PSS/E. Loadflow calculation using Newton Raphson was employed to analyze the models for both normal and contingency conditions. The performance of the regional network in terms of efficiency and security was determined. Results indicated an above 95% efficiency, the network however does not meet N-1 security requirement. Additional reinforcements are suggested to improve the network. An improved network was later developed by modelling the suggested elements into the initial models and the models analyzed once again. With the reinforcements, 97% efficiency and compliance to N-1 security requirement is achieved. Subsequently, a transmission plan with an implementation schedule and estimated project costs was developed.
电网性能分析与输电计划的发展——以肯尼亚沿海地区为例
肯尼亚沿海地区输电网络的性能:收集了肯尼亚输电公用事业的相关数据,并用于开发PSS/E中2039年(目标年)、2035年、2030年、2025年、2022年、2020年和2019年沿海地区的电网模型。采用Newton Raphson法对正常工况和应急工况下的负荷流进行了分析。确定了区域网络在效率和安全性方面的性能。结果表明,该网络的效率在95%以上,但不能满足N-1的安全要求。建议增加加固措施以改善管网。通过将建议的元素建模到初始模型中并再次分析模型,后来开发了一个改进的网络。增强后,效率达到97%,符合N-1安全要求。随后,制定了一项传输计划,包括实施时间表和估计的项目成本。
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