In a recent speech in Washington, U.S. Secretary of Energy Chris Wright promoted fossil fuel development to help address Africa's significant energy needs.
Fossil Fuels: A Necessary Path for Africa, Says U.S. Energy Secretary

Fossil Fuels: A Necessary Path for Africa, Says U.S. Energy Secretary
Chris Wright champions fossil fuel development amid African energy challenges, post-Power Africa era.
In a critical dialogue of energy policy, U.S. Secretary of Energy Chris Wright made headlines as he addressed a gathering of African energy ministers and tech innovators in Washington. The meet, hosted in a Marriott basement near the White House, focused on reaching the over 600 million people in Africa currently without electricity. The atmosphere was charged with uncertainty following President Trump's radical shifts in U.S. foreign policy, including the cancellation of Power Africa, a program that had previously bolstered energy efforts on the continent for the past decade.
During the event, Chris Wright delivered a passionate speech advocating for the advancement of fossil fuel development across Africa, arguing against the prevailing caution over climate change. He emphasized, “This government has no desire to tell you what you should do with your energy system,” rejecting what he termed “a paternalistic post-colonial attitude.” His comments arrive on the heels of the unforeseen closure of Power Africa, which initiated tens of millions of electrical connections since its inception under President Obama in 2013.
The conversation surrounding Africa’s energy landscape is pivotal, as the continent faces a pressing choice—to exploit fossil fuels that contribute to climate change or to invest in renewable energy pathways. Wright asserted that Africa's energy infrastructure demands attention in all its forms, emphasizing the necessity of coal in an energy-hungry landscape. His remarks offer a glimpse into the U.S. government’s stance on energy diversification, suggesting a future where fossil fuels remain a considerable part of the equation, even in a globally warming context.