The global race to build artificial intelligence infrastructure is accelerating at a remarkable pace.
Technology companies including Amazon Web Services (https://aws.amazon.com), Microsoft (https://www.microsoft.com), Google (https://www.google.com), Meta (https://about.meta.com), and OpenAI (https://openai.com) are expanding data center capacity rapidly to support the massive computing requirements of AI models.
At the same time, newer AI-focused infrastructure companies such as xAI (https://x.ai) and Anthropic (https://www.anthropic.com) are driving additional demand for high-performance computing environments.
The result is a surge in data center construction across North America.
Developers such as Digital Realty (https://www.digitalrealty.com), Equinix (https://www.equinix.com), Vantage Data Centers (https://vantage-dc.com), STACK Infrastructure (https://www.stackinfra.com), CyrusOne (https://www.cyrusone.com), Compass Datacenters (https://www.compassdatacenters.com), and QTS Data Centers (https://www.qtsdatacenters.com) are expanding hyperscale campuses designed to support the next generation of AI workloads.
But as the industry moves quickly to build digital infrastructure, a critical constraint is becoming increasingly clear.
Power availability.
Modern hyperscale data centers can require hundreds of megawatts of continuous electricity. As a result, utilities and power providers are seeing unprecedented load growth from large-scale computing facilities.
Electric utilities including American Electric Power (https://www.aep.com), Dominion Energy (https://www.dominionenergy.com), Pacific Gas and Electric Company (https://www.pge.com), Ameren (https://www.ameren.com), and Pinnacle West (https://www.pinnaclewest.com) are all experiencing rising demand tied to digital infrastructure development.
At the same time, investors and infrastructure firms such as Blackstone (https://www.blackstone.com), Energy Capital Partners (https://www.ecpgp.com), and Bank of America (https://www.bankofamerica.com) are deploying capital into power generation and energy infrastructure projects designed to support this growing electricity demand.
The challenge is that new power supply cannot always be built quickly enough to match the pace of data center development.
Interconnection queues across the United States have grown significantly, transmission expansion can take years, and equipment supply chains — including gas turbines and large transformers — are experiencing long lead times.
For companies building hyperscale computing infrastructure, access to reliable energy is quickly becoming one of the most important site selection factors.
Many developers are now evaluating integrated energy strategies much earlier in the development process, including dedicated generation and behind-the-meter power solutions designed specifically for high-load facilities.
As artificial intelligence continues to expand, the intersection between the digital infrastructure sector and the energy industry will only deepen.
In the coming decade, the organizations that successfully align data center development with energy infrastructure planning will likely have a significant advantage in delivering capacity on schedule.
AI may be powered by algorithms and advanced chips.
But ultimately, it still runs on electricity.
Organizations evaluating large-scale energy solutions for industrial facilities or digital infrastructure can explore onsite power feasibility assessments at www.pacificoenergy.com
