Delivering Reliable Power at Scale for AI Data Centers in the UK and EU

To meet the needs of AI workloads and advanced computing, data center developers are facing intense pressure to build AI-ready infrastructure at a scale and speed that is unprecedented.
June 10, 2026

These facilities require power systems capable of supporting rapidly rising rack-level power density. And these power systems must also support the overall total IT load for facilities that is often now measured in GW rather than MW. Solving those two challenges would be hard enough, but data center companies must also solve a third critical power need: enhanced reliability to protect the massive investments that are being made in GPUs and other computing systems.

How can data center companies meet all three of those needs: density, scale, and reliability? Read this new FAQ to learn:

  • How a unified architecture for critical power systems provides a foundation for reliability, even as data centers dramatically increase in scale and density
  • How to accelerate time to readiness with the right supply chain and equipment installation strategy for critical power systems like transformers and switchgear
  • How a shift from AC to DC power can help data center companies reduce operational risks while also driving greater power efficiency 
  • And other best practices for increasing reliability and reducing operational risks as data centers increase in scale and support AI workloads

Download this FAQ today for insights that will help you accelerate your data center projects while also optimizing your power infrastructure for advanced computing.