On July 23, 2025, the White House released its America’s AI Action Plan, a national strategy aimed at securing US leadership in artificial intelligence, driving economic and scientific transformation, and building the infrastructure needed to support it all. One of the plan’s most urgent imperatives is to expand the U.S. electric transmission grid to meet the rapidly growing demands of the AI era.
The Action Plan describes AI as the first modern digital service that fundamentally challenges America’s ability to generate and transmit sufficient electricity. To compete in the global AI race, the U.S. must significantly upgrade its aging electric infrastructure and accelerate grid investments nationwide. That means not just building more power plants but ensuring we can move energy efficiently from where it’s produced to where it’s needed – especially to energy-intensive data centers, semiconductor facilities, and national security infrastructure.
A Clear Federal Call to Strengthen the Grid
The AI Action Plan lays out a three-part strategy for developing a resilient, scalable, and future-ready grid:
- Stabilize Today’s Grid – Safeguard existing assets and prevent premature retirement of reliable power sources.
- Optimize Existing Infrastructure – Use advanced technologies to upgrade power lines and increase the flow of electricity without building new corridors.
- Grow the Grid for Tomorrow – Expand capacity using smart, flexible, and high-performance solutions.
CTC Global’s flagship technology – the ACCC® Conductor – is purpose-built to support all three goals outlined in the AI Action Plan. Developed and manufactured in the U.S., the ACCC® Conductor is a high-capacity, low-sag overhead transmission conductor designed to double transmission capacity, reduce line losses by up to 40%, and withstand higher operating temperatures with greater efficiency and safety than legacy conductors.
These capabilities map directly to the Action Plan’s call to “explore solutions like advanced grid management technologies and upgrades to power lines that can increase the amount of electricity transmitted along existing routes.”
That’s exactly what the ACCC® Conductor enables, which is why 58 utilities in the U.S. have deployed our technology in more than 220 transmission projects.
Supporting the Data Center Boom and AI Infrastructure Buildout
One of the most pressing challenges the AI Action Plan addresses is the surge in power demand driven by AI data centers. AI training and inference workloads – especially those involving large language models – require massive amounts of electricity. The White House recognizes that long interconnection delays, overloaded transmission corridors, and permitting bottlenecks are already stalling projects and threatening the broader goals of AI leadership.
CTC Global’s advanced conductor technology offers a fast, durable, and scalable solution that helps utilities manage rising demand without waiting years to rebuild infrastructure. By enabling more power to flow over existing structures, utilities can avoid time-consuming rebuilds, reduce permitting hurdles, and accelerate their ability to meet surging load demands.
To further accelerate these efforts, CTC Global has strategically partnered with Google to expand the use of U.S.-manufactured advanced conductors on key transmission lines. As part of this joint initiative, the companies:
- Issued a nationwide request for project proposals from utilities and developers;
- Offered financial and engineering support to fast-track deployments;
- Committed to scaling U.S.-based manufacturing and workforce training.
These actions are designed to help remove bottlenecks in critical areas, particularly where AI infrastructure and data centers are driving rapid load growth. This strategic private-sector initiative complements the AI Action Plan’s goals and delivers immediate progress.
Grid Modernization as a National Security Priority
The Action Plan goes beyond economics and innovation – it frames energy infrastructure as a critical part of national security. The modern grid must not only deliver reliable electricity, but also be resilient against cyberattacks, wildfire risks, extreme weather, and foreign technology vulnerabilities.
CTC Global’s ACCC® Conductor system also offers strategic advantages in this area. The ACCC® System is manufactured in the US and 99% of its supply chain is based in the US, avoiding reliance on foreign-sourced core materials while offering built-in resilience features such as reduced sag under heat and higher ampacity.
Partnering to Build a Smarter, Faster Grid
The AI Action Plan lays out a significant federal commitment to enhance energy infrastructure at speed and scale. With aggressive permitting reforms, streamlined processes, and national alignment around innovation and infrastructure, the stage is set for transformative action.
CTC Global stands ready to help utilities, developers, and public agencies deliver on this mandate.
CTC Global’s conductors are tested and proven across more than 1,350 projects worldwide. CTC’s partnerships – such as the recent collaboration with Google – are unlocking momentum and delivering the quickest way to strengthen the grid without starting from scratch.
CTC thanks the White House for recognizing the critical role of the transmission grid in powering America’s AI future – and stands ready to support those efforts. Powering the next generation of AI and digital infrastructure starts with strengthening the grid – and that’s where CTC Global leads the way.
