In response to “AI and Power: A Marriage of Necessity” by Dunigan O’Keeffe, Grant Dougans, Matthew Crupi, Hannes Grassegger, and David Armstrong, Bain & Company
Background
The Bain & Company team has offered one of the most compelling, clear-eyed analyses to date of the rapidly shifting relationship between data-driven tech giants and traditional electric utilities. Their recent article, “AI and Power: A Marriage of Necessity,” does more than diagnose the tension between soaring AI-driven electricity demand and a grid strained by legacy infrastructure and long permitting timelines. It shows us the way forward: innovation, integration, and new forms of partnership.
At CTC Global, we applaud Dunigan O’Keeffe, Grant Dougans, Matthew Crupi, Hannes Grassegger, and David Armstrong for this essential contribution to the conversation. Their recognition of utilities’ evolving role – from infrastructure stewards to service integrators – and their attention to the subtle interplays of capital, control, and coordination, ring especially true for those of us working directly in grid modernization every day.
As Bain rightly points out, utilities and tech companies are fundamentally different organisms. One moves cautiously under regulatory oversight; the other races forward, driven by speed-to-market and asymmetric risk. Yet both now face a shared imperative: How do we scale a power system capable of supporting exponential growth in AI computation – without breaking the grid or the bank?
One of the Clearest Answers: Advanced Conductors
Among the “discrete tools” David Armstrong mentions that utilities are now leveraging, advanced transmission technologies like CTC Global’s ACCC® Conductor are no longer speculative – they’re essential. As utilities struggle to meet the speed and scale of demand from hyperscalers, ACCC® Conductor offers a practical, high-impact solution that is deployable today, without waiting for new rights of way or multi-year permitting battles.
ACCC® Conductor delivers twice the capacity of legacy steel-reinforced conductors, while operating more efficiently and reducing line losses by 25 to 40%. Just as importantly, it enables the rapid reconductoring of existing lines – a process that can often be completed in a fraction of the time it takes to build new infrastructure. In a world where a year’s delay could mean hundreds of megawatts stranded, this matters.
Bain’s observation that the transmission sector has shifted from a quiet compliance function to the center of strategic energy investment is spot-on. And utilities – many of whom we are proud to support – are responding with unprecedented urgency. In markets across North America and globally, CTC Global’s ACCC® Conductor is being deployed to boost grid capacity, support clean energy integration, and meet explosive new loads, particularly from data centers.
Creative Partnerships, Faster Paths
The Bain team’s discussion of new business models and coalitions – where utilities, EPCs, and developers converge to move faster – is an idea we see unfolding in real time. In this model, ACCC® Conductor acts as an enabler, allowing transmission planners to deliver more capacity per mile, reduce system losses, and harden their networks without overburdening ratepayers or waiting years for greenfield projects.
Just as AI workloads are optimized through more efficient code and cooling systems, the transmission network must be optimized using smarter hardware and smarter deployment. ACCC® Conductor is already proving its value in these use cases – helping unlock stranded generation, accelerate grid interconnections, and improve resilience under extreme weather conditions.
A Shared Future Requires Shared Innovation
Bain’s comparison to the telecom transformation – where big investments in last-mile infrastructure ultimately delivered greater value to both providers and consumers – is an apt and inspiring analogy. If utilities and tech firms can forge smarter partnerships around transmission investment, the entire economy stands to benefit.
But this transformation requires technologies that are already proven, available, and scalable. CTC Global’s ACCC® Conductor is not just a theoretical solution – it is deployed on over 185,000 kilometers of transmission lines in more than 65 countries and 30 U.S. states, serving hundreds of utilities that are already experiencing its benefits.
Urgency and Opportunity
As Bain’s authors note, the future depends on how we manage risk, investment, and operational change across two very different – but now deeply intertwined – sectors. We believe that the grid of tomorrow must be built today, not just with gigawatts of new generation, but with smarter, stronger, and more efficient transmission. That’s why CTC Global remains deeply committed to partnering with utilities and their technology-sector customers to deliver real capacity – faster, cleaner, and more affordably.
We thank Bain & Company for helping frame this moment so clearly. And we at CTC Global stand ready to continue the work of turning possibility into power.
