ZINCFIVE
“ AI is forcing the industry to rethink power infrastructure from the UPS all the way back to the grid”
Brandon Smith, Vice President of Global Sales and Product, ZincFive
The BC 2 AI cabinet is designed to handle both. Installed close to the UPS and critical power path, the system can absorb short, high-intensity power spikes while still retaining sufficient energy capacity to bridge the gap between a utility outage and generator start-up.
“ With nickel-zinc you don’ t have to compromise,” Brandon says.“ You get the safety, reliability and footprint required for UPS back-up while still handling the dynamic power behaviour of AI workloads.”
Because NiZn batteries can deliver high power efficiently without generating the same level of heat as other chemistries, the BC 2 AI cabinet can perform both roles within a single battery infrastructure, reducing the need for oversizing and helping operators preserve valuable data centre floor space.
Protecting the grid as well as the server The implications of AI-driven power volatility extend beyond the walls of the data centre itself. When clusters of GPUs ramp rapidly between idle and full computational load, the resulting spikes in electricity demand can ripple through the entire electrical chain – from the rack and UPS to facility distribution systems and, ultimately, the utility grid. Utilities are typically designed to operate within relatively stable demand ranges. Rapid, millisecond-scale fluctuations can introduce instability zincfive. com