Speedy photo voltaic enlargement and diversified clear applied sciences are key to Nigeria’s web‑zero transition
Nigeria is Africa’s most populous nation and one in all its largest economies, which places monumental strain on its electrical energy system. On the identical time, the nation has dedicated to reaching web‑zero emissions between 2050 and 2070. Right this moment, Nigeria’s energy sector is underpowered, unreliable for a lot of residents, and closely depending on fossil fuels and diesel turbines, that are pricey and polluting.
This research explores pathways for Nigeria to succeed in web‑zero emissions by 2050, 2060, and 2070, specializing in which applied sciences can be required. Throughout all situations, solar energy turns into the spine of the system, offering 37–55% of electrical energy by 2050 and remaining central within the two long term situations. Nuclear energy additionally performs a serious function when allowed, however faces boundaries resembling excessive upfront prices, regulatory capability, and public security issues. If nuclear is excluded, Nigeria should rely much more on photo voltaic and on gasoline with carbon seize and storage (gas-CCS).
Though transitioning to web‑zero requires important upfront funding, the research finds {that a} clear electrical energy system is cheaper total than persevering with with fossil fuels, and earlier transitions don’t considerably enhance whole prices.
The authors conclude that Nigeria ought to construct a balanced clear‑power combine (photo voltaic, hydro, nuclear, gasoline‑CCS), quickly scale up photo voltaic deployment, strengthen establishments, mobilise worldwide and personal financing, and coordinate regionally to make sure a dependable, reasonably priced, and achievable transition.
“Nigeria’s electrical energy transition will not be solely a local weather problem; it is usually a growth and reliability problem. Our evaluation reveals that solar energy shall be central to any net-zero pathway, however attaining an reasonably priced and reliable electrical energy system would require a diversified combine of fresh applied sciences, stronger establishments, and sustained funding within the grid and supporting infrastructure.” – Dr Michael Dioha, Clear Air Job Drive
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