Riding the next wave of compute demand as data center operators seek to build capacity while addressing the power, cooling, and scale challenges of the AI era

Exploring AI-driven growth demands and resilient power strategies in APAC

Energy at the heart of data center growth

At Barcelona’s MWC, Huawei unveiled the AIDC architecture and a new generation of AI-Powered Green Sites designed to tackle the challenges of high-density computing

By implementing advanced controls, datacenter operators can bring greater stability and performance levels to high-performance computing environments

Exploring the evolving relationship between data centers and the global energy ecosystem

Is Open Compute the key to unlocking the potential of DC architectures?

Amid today’s complex, tightly integrated AI-driven landscape, the ability to stay ahead of the curve rests on a clear understanding of the current environment and where it’s headed

Haroon Inam, CEO of DG Matrix, talks about becoming a reference design for behind-the-meter data center power

As modern data centers become more congested and interconnected, keeping traffic moving demands a fundamental rethink of how the digital roads are built and managed

Finding power certainty for data centers amid inevitable force majeure and critical disruption

AI has transformed the data center network into an active, tightly integrated computing fabric. With multiple forces now at play, understanding how they interact is essential for designing future-ready networks

Amid intensifying power grid constraints, data center operators are turning to behind-the-meter power as a strategic foundation rather than a temporary fix

With AI’s explosive growth literally pushing data centers to their limits, the next generation of infrastructure must rethink density, sustainability, and operational readiness

How to avoid the issue of ‘having the chips but no power to run them’ in the AI era

Wärtsilä’s Sean Hughes shares why engine-based data center onsite generation is ascending the podium in the race to power up

The breadth and depth of recent AI-driven advancements is forcing the networks underpinning data center operations to adapt and scale in all directions

Leveraging Swedish automotive engineering expertise, Volvo Penta is innovating beyond the engine itself, driving data center power generation to meet the growing demands of modern digital infrastructure

Today’s data center landscape has become a complex battlefield, with AI-driven demands for density and relentless growth requiring power distribution systems that deliver a tactical edge on all fronts

Locating enough available power for data center operations is no longer the most significant hurdle to continued growth. Instead, timing is everything

Knowledge is power, allowing data centers to track and correct harmonics and power factor, avoiding costly energy waste, protecting infrastructure, and maximizing system efficiency

How AI-driven workloads are reshaping the balance between power, cooling, and compute, and what it means for the next generation of design

Managing electrical harmonics so you don’t waste your energy on energy waste

The future of powering AI amid global grid challenges and rising power demands