West Africa’s growth ambitions run into energy wall

Across West Africa, a familiar collision is taking place. Governments are announcing industrial targets. Entrepreneurs are building at speed. Trade frameworks are expanding. And yet the same structural constraint keeps surfacing in boardrooms, on factory floors, and in data centers from Lagos to Accra: electricity.

Nearly 600 million people across Africa still lack access to power, according to World Bank data. Nigeria alone accounts for more than 80 million of that figure — one of the largest single energy access deficits anywhere on earth. Even where connections exist, reliability remains a separate problem. Millions of businesses and households receive power that is inconsistent, insufficient, or simply absent during peak demand.

“Energy is not simply infrastructure,” said Ajibola Akindele, who leads Anglophone Africa operations at Schneider Electric. “It is the enabling condition for every serious growth strategy on the continent.”

Akindele has spent three decades working across African markets. His assessment carries the weight of operational experience rather than policy theory.

The financing picture sharpens the challenge. Achieving Africa’s energy access goals by 2030 is estimated to require around $200 billion annually. Current investment flows sit closer to $110 billion. That $90 billion annual gap is not simply a line-item problem. It compounds across every sector that depends on power to function — which is every sector.

Two Accelerants

Two forces are now intensifying the pressure simultaneously.

The first is artificial intelligence. Global data center electricity demand climbed roughly 17% in 2025, driven by AI workloads and cloud computing infrastructure. Nigeria’s data center capacity is already estimated at more than 130 megawatts. But operators continue running heavily on alternative power sources because grid stability cannot be relied upon. The digital transition, often discussed as though it lightens infrastructure requirements, is proving to be among the most power-intensive economic shifts in modern history.

The second force is industrial localisation. The African Continental Free Trade Area, if implemented effectively, could add more than $500 billion to Africa’s GDP by 2043 and drive substantial manufacturing expansion. Nigeria and its neighbours are repositioning themselves as production hubs. But the ambition repeatedly meets a hard stop. Industry estimates suggest energy-related inefficiencies cost the Nigerian economy tens of billions of dollars annually in lost productivity. A large share of manufacturers continue generating their own power through diesel systems because the grid cannot carry their load reliably.

A Distributed Solution

What has emerged in response is instructive. Roughly 70% of Schneider Electric’s African business is executed through small and medium-sized enterprise partners who translate global technology into locally relevant applications — embedding energy management systems, automation tools, and industrial controls into environments where infrastructure is still catching up.

The model reflects something important about how industrial progress actually moves in West Africa. Large flagship projects matter, but distributed capability — local technical expertise, entrepreneurial adaptation, smaller-scale integration — determines how quickly solutions reach scale.

Policy Realignment

The deeper requirement, analysts and industry executives argue, is conceptual. Energy policy and industrial policy across most West African economies are still designed and administered as separate domains. One governs generation and infrastructure investment. The other sets production targets. The link between them is assumed rather than built.

That assumption is costing competitiveness. Manufacturing currently contributes around 12% of Nigeria’s GDP, a modest share compared to established industrial economies. Energy instability is a direct constraint on that figure. Closing the gap requires more than added generation capacity. It requires integrating energy efficiency — particularly at the equipment level, in motors and industrial systems — directly into industrial design.

“The countries that resolve this alignment first will define the next phase of industrial growth in the region,” Akindele said.

West Africa has the ambition. The question now is whether its energy systems can be made to match it.