Introduction
The rapid rise of artificial intelligence is revolutionizing nearly every sector – healthcare, manufacturing, finance, defense, and beyond. Behind each AI-driven breakthrough lies a silent but critical enabler: electric power. As AI technologies scale, particularly within large data centers hosting energy-intensive GPUs and servers, the resulting surge in electricity demand is reshaping the very foundation of our power infrastructure.
The Electric Power Research Institute’s (EPRI) 2024 “Powering Intelligence” report provides a much-needed spotlight on how generative AI is intensifying energy demand across the U.S. Yet, while the report thoroughly quantifies the problem, it only lightly touches on what may be the most critical piece of the solution: rapidly modernizing the transmission grid.
At CTC Global, we believe this is where advanced conductors – especially our ACCC® Conductor – play a central role. With over 200 U.S. deployments across 30 U.S. states and more than 190,000 kilometers installed globally, we’ve seen firsthand how reconductoring with Advanced Conductors can deliver scalable, cost-effective capacity where and when it’s needed. In partnership with forward-thinking utilities, regulators, and policymakers, we are proud to support efforts to align grid infrastructure with the pace of AI-driven load growth and clean energy integration.
EPRI’s Warning: Load Growth Is Outpacing the Grid
EPRI’s “Powering Intelligence” report paints a stark picture. Data centers, especially those supporting generative AI applications, are poised to increase electricity demand by 3.7% to 15% annually through 2030. In the most aggressive growth scenario, they could consume nearly 10% of all U.S. electricity by the end of the decade.
Some data points from the report are especially sobering:
- Individual hyperscale data centers can require 100 to 1,000 MW each.
- A single AI request may consume 10x more energy than a traditional web search.
- In Virginia, data centers already consume more than 25% of the state’s electricity.
EPRI calls for demand-side flexibility and backup generation, but it stops short of addressing one of the most powerful levers at our disposal: increasing transmission capacity through reconductoring – something CTC Global has been helping utilities achieve for nearly two decades.
The Transmission Gap: A Structural Challenge
AI, like renewables before it, is exposing an inconvenient truth: our transmission grid is no longer aligned with the needs of a modern, digital economy. Data centers often emerge in places with access to land, water, and fiber – not necessarily near generation sources. Building entirely new transmission lines in these areas is time-consuming, politically complex, and capital-intensive.
As EPRI shows, there is a critical timeline mismatch:
- Data center development: 1–2 years
- New transmission line construction: 10–15 years
- Reconductoring with Advanced Conductors: 1–2 years
This discrepancy is where reconductoring emerges as the ideal solution – and one CTC Global is uniquely equipped to deliver at scale.
Accelerating Progress with Advanced Conductors
The Energy Institute at Berkeley’s Haas School of Business reinforced this point in its landmark report, “Accelerating Transmission Expansion by Using Advanced Conductors in Existing Right-of-Way.” The findings couldn’t be clearer:
- Reconductoring with Advanced Conductors like ACCC® Conductor can double capacity without changing tower height or replacing structures.
- It avoids delays associated with permitting, land acquisition, and environmental review.
- Despite a slightly higher material cost, reconductoring is less than half the total cost of new line construction.
In modeled scenarios, reconductoring with Advanced Conductors could:
- Deliver 66% of total transmission expansion through 2035
- Offer $180 billion in net system savings by 2050
- Fulfill over 80% of interzonal transmission needs under clean electricity goals
CTC Global strongly supports these findings and continues to collaborate with utilities, engineering firms, and policymakers to accelerate adoption of this proven approach.
ACCC®: The Leading Advanced Conductor
The ACCC® Conductor – developed and commercialized by CTC Global – remains the most widely deployed Advanced Conductor worldwide. Unlike traditional ACSR conductors, ACCC® Conductor uses a carbon fiber composite core, enabling:
- Higher operating temperatures (up to 180°C – ‘continuous’)
- Lower electrical resistance and reduced line losses
- Minimal thermal sag for consistent ground clearance
- Increased capacity without structural upgrades
With over 200 successful projects in the U.S. alone, ACCC® Conductor is already helping utilities modernize the grid, unlock renewables, and support large commercial and industrial loads – including AI-driven data centers.
Enabling Near-Term Results
CTC Global’s extensive field experience shows that reconductoring can be completed in 1–2 years, often without de-energizing the line. In fact, we’ve supported energized reconductoring projects where uninterrupted service was critical. This nimble upgrade path allows utilities to respond rapidly to AI and electrification demands – something greenfield projects simply cannot offer in the near term.
Our work with dozens of U.S. utilities – from California and Texas to Virginia and New York – demonstrates that reconductoring can be planned, engineered, and executed quickly, offering a high-impact way to modernize the grid with lower risk and faster return.
A Call to Action: Aligning Policy and Practice
To fully realize the benefits of reconductoring and support national goals for AI, electrification, and decarbonization, CTC Global joins others in urging policymakers and planners to:
- Require consideration of advanced conductors in FERC Order 1000 regional planning
- Prioritize reconductoring corridors via the DOE Grid Deployment Office
- Incentivize reconductoring through state-level cost-effectiveness metrics (like Montana’s new statute)
- Update ISO/RTO planning models to reflect advanced conductor performance
- Allocate Bipartisan Infrastructure Law (BIL) funding to Advanced Reconductoring projects
CTC Global Is Ready
CTC Global is proud to support utilities, developers, and governments working to modernize the grid. Our ACCC® Conductor systems have already helped hundreds of projects deliver higher efficiency, lower losses, and greater capacity – without waiting a decade or spending billions on new corridors.
As the AI era reshapes electricity demand, we believe reconductoring represents a smart, fast, and scalable solution. Our team stands ready to expand this proven strategy in support of a more reliable, affordable, and intelligent electric future.
Intelligence Requires Infrastructure. Let’s Build It – Now
The future of AI – and the economy it enables – depends not only on electricity, but on our ability to deliver it. CTC Global applauds EPRI and Berkeley Haas for their contributions to this discussion and calls on all stakeholders to act with urgency.
We have the tools. We have the technology. Let’s upgrade the wires that will power tomorrow’s intelligence – starting today.
