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modular, factory-built power systems that reduce onsite construction risk; and solutions engineered for AI-level power densities and continuous workloads.”
Eaton uses an integrated“ grid-to-chip” approach, managing and optimising power from the utility grid to the computer chip.“ Grid-to-chip system, in very simple terms, is designing an end-to-end solution from the grid right down to the chip inside a data centre,” says Armand.“ This means the whole power train in terms of grey space and white space, not only focusing on the equipment efficiencies, but also the longevity and the lifecycle, which brings all together the preventative maintenance aspect of that.”
Eaton’ s partnership with Kasi aims to enable hyperscale-ready digital infrastructure in West Africa, beginning in Nigeria. Armand says the collaboration is based on a shared vision, as Kasi is developing a sustainable, interconnected cloud platform that aligns with Eaton’ s grid-to-chip strategy.
“ Our partnership with Kasi started with a clear alignment of vision. Kasi is building a hyperscale-ready digital platform for Africa, and that requires infrastructure designs for scale, reliability and long-term growth,” says Armand. By supplying the full power ecosystem with modular, grid-interactive and digitally managed power systems, Eaton enables faster deployment and reduces integration risks for Kasi.
“ This partnership is about accelerating Africa-based cloud capacity that meets global hyperscaler expectations without compromise,” says Armand. For Kasi, this means infrastructure that’ s designed for both today’ s cloud requirements and future AI expansion.
“ The broader impact is increased local compute capacity, reduced latency, improved data sovereignty and a foundation for AI-driven innovation across Africa. Our role is to be long-term partners that help Kasi scale with confidence as Africa’ s digital economy continues to grow.”