US government pushes $26 billion African data center investment deals as digital-infrastructure race vs. China heats up.
Washington is deploying public-private partnerships to build AI-ready data centers across Africa, a move with significant implications for energy markets and crypto mining. The effort pits the US directly against Beijing in a high-stakes geopolitical competition, with computing power and energy access as the critical stakes.
The headline number is $26 billion in deals facilitated through Trump administration partnerships with US companies. While the full scope is difficult to independently verify across individual projects, several major initiatives are already underway.
Microsoft and UAE-based G42 are building a $1 billion geothermal-powered AI data center in Kenya, with operations expected to come online by May 2026. The geothermal strategy is significant: Kenya sits on the East African Rift, one of the planet's most potent geothermal energy sources, providing a natural advantage for power-intensive computing facilities.
Cassava Technologies has committed up to $720 million for AI data centers integrating Nvidia technology. The first phase, featuring 3,000 GPUs, is set to launch in South Africa and then expand to Egypt, Nigeria, Kenya, and Morocco. That rollout began in March 2025.
Africa currently accounts for less than 1% of global data center capacity, but projections estimate the continent will reach 1.2 GW by 2030—roughly tripling from current levels. The US holds approximately 45% of global data center capacity today.
China has moved aggressively as well. Beijing has forged agreements with 52 African nations and plans 20 digital infrastructure projects between 2025 and 2027. Chinese companies like Huawei have been laying fiber optic cables and building telecom networks across the continent for years, giving them a significant head start in many markets.
The US strategy counters with premium offerings: AI-ready facilities, partnerships with major American tech firms, and renewable energy integration. The geothermal approach in Kenya and broader emphasis on sustainable power represent deliberate differentiators from China's model, which has drawn criticism for greater reliance on fossil fuels.
Data centers and crypto mining operations compete for the same scarce resource: cheap electricity. As the US tightens domestic data center energy consumption, the resulting infrastructure squeeze is already pushing miners to look abroad. Africa's expanding energy infrastructure, particularly renewable sources like geothermal and solar, could become attractive for mining operations seeking affordable, stable power.
The GPU angle matters as well. Cassava's deal involves 3,000 Nvidia GPUs in its first phase alone—the same chips that power AI training and, in some configurations, can be repurposed for crypto-adjacent computing tasks.
There is also the DePIN connection. Decentralized physical infrastructure networks are designed to create distributed alternatives to the centralized data center buildout happening in Africa. Projects like Filecoin, Akash Network, and Render are betting that decentralized compute and storage will eventually compete with traditional cloud infrastructure.
Africa already leads the world in peer-to-peer crypto trading volume relative to GDP in several countries. Better digital infrastructure could accelerate that trend considerably.