Kenya power infrastructure cannot support Microsoft–G42 AI data center project valued at $129 billion, signaling grid capacity crisis in APAC siting.

Kenya's proposed Sh129 billion Microsoft–G42 data centre, unveiled with great fanfare during President William Ruto's 2024 State Visit to the United States, faces mounting questions about the country's ability to supply sufficient electricity. The project was heralded as the largest digital investment in Kenya's history and was expected to position the nation as a regional technology hub while accelerating cloud computing and artificial intelligence adoption across East Africa.

Nearly two years after the deal was signed between Microsoft, G42, and the Kenyan government, doubts have emerged. In November 2025, President Ruto publicly acknowledged that Kenya's current electricity generation capacity may not be sufficient for a hyperscale data centre. Speaking to Kenyans in Doha, Qatar, the Head of State admitted the government had underestimated the energy demands involved. "We have 2,300 MW for the whole country," Ruto said. "We were told one data centre requires 1,000 MW. For us to do the data centre, we have to shut down half the country."

The power gap is particularly acute during peak hours. Kenya is currently implementing daily load-shedding between 5:00 pm and 10:00 pm to stabilise the national grid amid rising demand. By 2025, peak electricity demand had crossed 3,000 megawatts, while installed generation capacity remains only slightly above that level. Although Kenya has positioned itself as a leader in renewable energy—with geothermal, wind and hydro contributing substantially—demand is rising faster than supply.

Data centre operations demand continuous, uninterrupted power supply around the clock to support cloud computing, artificial intelligence processing, and data storage. Modern AI-driven facilities consume significantly more electricity than traditional cloud infrastructure due to the intensive computing required for artificial intelligence workloads. Even brief outages can cause major disruptions, making reliability as critical as raw capacity.

The Microsoft–G42 facility was originally proposed to run entirely on geothermal energy from Olkaria, one of Africa's largest geothermal fields. However, expanding geothermal output still requires substantial investment and time before additional power reaches the national grid.

President Ruto has stated that Kenya requires at least 10,000 megawatts of electricity generation capacity to achieve full industrialisation and support emerging technologies such as AI data centres. Reaching that level would require more than Sh1 trillion in investment, including major projects such as the High Grand Falls Dam.

Despite the concerns, the government maintains the project has not been abandoned. Kenya's Special Technology Envoy, Philip Thigo, dismissed reports of stalled progress, stating that the President's remarks were aimed at highlighting the urgency of expanding the country's energy infrastructure rather than signalling cancellation. "His point has not been that the project was suspended, but Kenya must confront the scale of energy required to support next-generation digital infrastructure," Thigo said. He maintained that Kenya remains committed to expanding electricity generation capacity to at least 10,000 megawatts by 2030 and that the country's strong renewable energy base, particularly its geothermal resources, still positions it favourably as a regional hub for artificial intelligence and cloud computing.

However, uncertainty remains over implementation timelines and whether necessary infrastructure upgrades will keep pace with the project's ambitions. Originally envisioned as a flagship investment to cement Kenya's place in Africa's digital economy, the project's future may now depend less on international agreements and more on how quickly the country can close its growing energy gap.