In today’s AI-driven economy, data centers have become the backbone of global digital infrastructure. Their rapid expansion, however, is driving unprecedented demand for reliable, high-capacity power. Meeting this demand will require solutions that extend beyond traditional generation models. One of the most consequential shifts emerging in 2025 is the growing role of advanced nuclear energy —including modular microreactors and next-generation fuel-cell systems—as part of the

Artificial intelligence is advancing at a staggering pace—reshaping industries, economies, and how society functions. But behind every breakthrough lies a question few outside the energy sector ask: How will we power it all? Training and operating large-scale AI systems requires immense computing power. A single AI query can consume multiple times the electricity of a traditional search. Multiply that by billions of daily interactions, and the strain on global power systems b

In the world of high-performance computing, every decision matters. As AI workloads, cloud adoption, and digital services expand at unprecedented rates, demand for scalable, efficient, and resilient data centers continues to accelerate. The DA2 data center in Dartford, Kent  offers a clear example of how next-generation facilities are being planned and delivered—and provides valuable lessons for future data center development projects. Scale and Power at the Core DA2 was desi