Stop asking for permission and start offering solutions

In a world where power has become the ultimate currency, you can no longer afford to waste it

A closer look at the legal framework and practical issues

Why the data center industry is moving away from just Northern Virginia

Grid flexibility depends on who can change a live system, when they can do it, and how the site recovers.

Building the infrastructure of tomorrow requires an entirely new approach that moves far away from bespoke, piecemeal solutions

To support rapid AI growth

The choices organizations make today will influence not only performance and reliability, but also how the next generation of data centers is designed and operated.

In addition to protecting critical infrastructure, AI-ready UPSs also help optimize AI investments, enhance operational resilience, and mitigate the impact of large-scale AI workloads on the electric grid

Getting the basics right

Why the industry must continue to look beyond the grid

Industry and government must partner to scale the commercially available tools that improve utilization of our existing grid now, advancing both speed to power and affordable electricity for all consumers

By prioritizing integration from the outset, organizations can reduce risk, improve predictability, and build systems that perform reliably at scale

Battery energy storage is becoming essential for AI data centers, helping bridge grid constraints, support resilience, and accelerate speed-to-power

Greater demands for AI workloads require greater amounts of data center power

And why grid capacity must be assessed carefully to support data center developments

Do synchronous condensers hold the answer?

The data center industry has a power problem, but it’s not the one everyone is talking about

And why engineering discipline is essential to match AI ambitions

The industry is not running out of demand. It is running into reality. And reality, in this case, is local

Hourly data highlights where renewable coverage still falls short

Keeping data alive in this environment requires more than capacity. It requires power systems designed for endurance

The data centers best placed for long-term growth will be the ones that can connect faster, adapt more intelligently and show that they are designed to work with the grid

Batteries are evolving from backup assets into active components of a broader energy ecosystem

Designing infrastructure that can adapt over time can help ensure facilities remain capable of supporting future technology requirements

As hyperscalers and data center developers race to meet surging AI-driven demand, speed to market is paramount – which means site selection can make or break a project

Data centers present an opportunity for sustainability

Post-DCD>Connect New York executive perspective