Ghana recently completed phase one of a three-part process to develop the infrastructure for producing nuclear power in coordination with the International Atomic Energy Agency. The focus of the first phase was on conducting a series of studies on the rationale for and feasibility of introducing nuclear power to the national and West African energy grid, a tall order considering the steep costs of constructing and maintaining nuclear reactors.
Ghana’s current installed generating capacity of 4,132 MW comprises hydroelectric power (38 percent); thermal power fueled by oil, natural gas and diesel (61 percent); and solar power (1 percent). Actual availability, however, rarely exceeds 2,400 MW due to various factors, including inadequate fuel supplies. To meet the energy demands of its growing population, currently at about 28 million, requires the country to rely on the broader West African energy grid to supplement the shortfall.
Phase Two of the nuclear plan will include meetings with potential stakeholders, developing a government financing scheme and a framework for nuclear waste disposal protocols, and determining suitable sites for construction. Dr. Robert B. M. Sogbadjie, coordinator of the Ghana Nuclear Power Program, confirmed during a press conference that four sites have already been picked out, but did not disclose their locations. Phase two is anticipated to begin in 2024, with construction to be completed by 2030.
South Africa has had a nuclear power plant since 1984
Should Ghana succeed in this endeavor, it would make it only the second country in Africa to have nuclear power, alongside South Africa, which has had a functioning nuclear power plant—providing 5 percent of the country’s total energy output—since 1984. Furthermore, Ghana’s initiative on nuclear power could incentivize other African nations to do so as well, moving the continent away from fossil fuels while meeting the energy needs of a growing population.