Meeting the sustainable development goal for electricity access : using a multi-scenario approach to understand the cost drivers of power infrastructure in Sub-Saharan Africa : beyond the gap : how countries can afford the infrastructure they need while protecting the planet : background paper / Claire Nicolas, Benjamin Samson, Julie Rozenberg, Tatiana Peralta Quiros

Samson, Benjamin *1984-* [VerfasserIn] ; Rozenberg, Julie [VerfasserIn] ; Peralta Quiros, Tatiana [VerfasserIn]

Englisch

Washington, DC, USA : World Bank Group, Sustainable Development Practice Group, Office of the Chief Economist, February 2019

1 Online-Ressource (circa 19 Seiten) : Illustrationen

Erscheint auch als: Druck-Ausgabe- Nicolas, Claire Marion: Meeting the Sustainable Development Goal for Electricity Access: Using a Multi-Scenario Approach to Understand the Cost Drivers of Power Infrastructure in Sub-Saharan Africa. - Washington, D.C : The World Bank, 2019

DOI: 10.1596/1813-9450-8747

This paper explores the investments needed to achieve universal access to electricity in Sub-Saharan Africa by 2030, and the additional operation and maintenance costs these investments entail. It also explores the drivers of these costs, by exploring hundreds of scenarios that combine alternative assumptions on the level of service targeted, population growth, urbanization, industrial demand, and technology cost. The main driver of electrification costs is found to be the tier of service offered to newly connected households. The annual investment required to reach universal access varies between USD 14.5 billion per year on average for the basic access scenarios (0.7 percent of the region's gross domestic product per year over the period) and USD 22.7 billion on average for the high-quality scenarios (1 percent of gross domestic product). In the basic access scenario, costs depend mostly on industrial demand, which takes a large share of total demand. In the high-quality scenarios, costs depend on urbanization rates, as it is cheaper to connect urban households to the grid. Investment costs are not sufficient to provide reliable service, and when operations and maintenance are accounted for, total costs increase to USD 39.7 billion on average for the basic scenarios and USD 61.5 billion on average for the high-quality scenarios

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