Unlocking Utilities of the Future in Sub-Saharan Africa: An Optimization Analysis of Grid Integration Opportunities in Uganda

Hannibal Tesfahunegn, Nneomma Nwosu, E. Lee, Rebekah Shirley
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引用次数: 2

Abstract

Despite significant electrification advances, around one billion people don't have access to basic electricity. In Uganda, 78% of the population is yet to be connected to electricity. This study uses publicly available data to compare the cost of different technology approaches and develops a least-cost electrification pathway for Uganda to meet its energy targets. It further explores how optimized electrification strategies may vary according to different targets of service level, reliability, and pace of access to highlight the tradeoffs of electrification approaches. The analysis shows that distributed renewable energy solutions (like mini-grid and standalone solar) have high potential for electrifying areas with lower grid density such as Northern Uganda. These findings leveling the playing field such as providing adequate finance to enable Uganda to capture the benefit from the expansion of DRE technologies.
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打开撒哈拉以南非洲未来的公用事业:乌干达电网整合机会的优化分析
尽管电气化取得了重大进展,但仍有大约10亿人无法获得基本电力。在乌干达,78%的人口还没有用上电。本研究使用公开数据来比较不同技术方法的成本,并为乌干达实现其能源目标制定了成本最低的电气化途径。进一步探讨优化的电气化策略如何根据不同的服务水平、可靠性和接入速度目标而变化,以突出电气化方法的权衡。分析表明,分布式可再生能源解决方案(如微型电网和独立太阳能)在乌干达北部等电网密度较低的地区具有很大的通电潜力。这些发现创造了公平的竞争环境,例如提供足够的资金使乌干达能够从DRE技术的推广中获益。
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