ENERGY & POWER
30 %
Amount of data centre sites Bloom Energy predicts will use on-site power by 2030
power as a primary energy source. This underscores what we’ re hearing from customers: they feel the urgency to address economic imperatives while ensuring reliable, scalable energy solutions.”
With the ability to run on natural gas, biogas or future fuels like green hydrogen, fuel cells offer a flexible pathway to decarbonisation while delivering the reliability that data centres demand.
Designing for tomorrow: Efficiency, flexibility and intelligence Building grid-independent data centres is not just a matter of investment but of engineering excellence and digital intelligence.
Whether through advanced cooling solutions tailored to support AI chips drawing hundreds of kilowatts per rack, or the integration of real-time sensors and control platforms, every component must work in concert for both sustainability and performance.
Schneider Electric’ s latest reference designs – including systems co-developed with chip and AI
CREDIT: REDWOOD leaders like NVIDIA – are now engineered to support high-density, liquid-cooled AI clusters of up to 132 kilowatts per rack, with efficient pathways for renewable or on-site generation integration and automated, grid-aware response.
Battery system advancements also mean smarter time-shifting of loads, less reliance on backup diesel, and improved continuity in the event of outages or price spikes.
Investment trends and market impact Investments in grid independence are being tracked closely by both public and private capital.
Recent years have witnessed a dramatic rise in joint ventures
156 October 2025