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Contextualizing the scope, scale, and speed of energy pathways toward sustainable development in Africa.


ABSTRACT: Faced with interrelated challenges of climate change and energy crises, Africa's future energy system orientation could be steered toward sustainable development. In this study, we contextualized diverging fossil fuels-dominated and renewable energy-based pathways toward sustainable development in Africa. A novel and sophisticated techno-economic energy modeling tool is used to describe the scope of the pathways in high geo-spatial and full hourly resolution for Africa covering the entire energy system. This study demonstrates that a renewable energy pathway is not only climate-compatible, but also delivers a lower cost system structure than alternative pathways. Our results show that Africa can leapfrog carbonization by using its low-cost renewable electricity and green hydrogen. Furthermore, Africa can become a self-sufficient green economy and an exporter of green fuels. Notably, solar photovoltaic-battery hybrid systems and electrolyzers are instrumental in achieving carbon-neutrality in Africa. This research presents a "true-zero emission" pathway for Africa.

SUBMITTER: Oyewo AS 

PROVIDER: S-EPMC9486755 | biostudies-literature | 2022 Sep

REPOSITORIES: biostudies-literature

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Contextualizing the scope, scale, and speed of energy pathways toward sustainable development in Africa.

Oyewo Ayobami S AS   Bogdanov Dmitrii D   Aghahosseini Arman A   Mensah Theophilus N O TNO   Breyer Christian C  

iScience 20220906 9


Faced with interrelated challenges of climate change and energy crises, Africa's future energy system orientation could be steered toward sustainable development. In this study, we contextualized diverging fossil fuels-dominated and renewable energy-based pathways toward sustainable development in Africa. A novel and sophisticated techno-economic energy modeling tool is used to describe the scope of the pathways in high geo-spatial and full hourly resolution for Africa covering the entire energy  ...[more]

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