The Department of Energy’s Speed to Power Initiative, launched September 18, 2025, signals a new urgency: the U.S. grid must expand faster than ever to support the surging demand from artificial intelligence, hyperscale data centers, semiconductor manufacturing, and electrification of industry.
The DOE’s Request for Information (RFI) highlights the challenge: in some regions, electricity demand is rising by multi-gigawatt increments, often tied to specific industrial corridors with aggressive timelines. The DOE warns that without rapid action, U.S. blackouts could increase one hundredfold by 2030
The DOE’s Call for Speed
To meet this unprecedented demand, the DOE is seeking projects that can enable between 3 and 20 gigawatts of incremental load. These include new interregional transmission lines, new generation, reactivation of retired generation, and – critically – reconductoring of existing transmission lines with at least 500 MVA of added capacity.
This explicit mention of reconductoring underscores a vital point: we cannot rely solely on new projects with decade-long timelines. We need proven technologies that expand capacity immediately.
Reconductoring with ACCC®: A Proven, Scalable Solution
Among available solutions, CTC Global’s ACCC® Conductor stands out as the most widely deployed, field-proven advanced conductor in the world. Already installed in over 50,000 kilometers of transmission lines across 65+ countries, ACCC® Conductor has consistently demonstrated its ability to:
- Double line capacity compared to traditional ACSR or ACSS conductors.
- Reduce line losses, effectively delivering more energy with less generation.
- Operate at higher temperatures with less sag, improving reliability and wildfire safety.
- Deploy quickly on existing rights-of-way, avoiding years of permitting delays.
Reconductoring with ACCC® Conductor directly satisfies DOE’s requirement for high-capacity upgrades (≥500 MVA) and does so in months, not years. It is precisely the kind of “shovel-ready” solution DOE is asking stakeholders to propose.
Aligning with Federal Programs
The DOE has several funding and financing pathways tailor-made for reconductoring with Advanced Conductors:
- Transmission Facilitation Program (TFP): Can de-risk and anchor reconductoring projects.
- Grid Resilience and Innovation Partnerships (GRIP): Supports transformative upgrades like ACCC® Conductor.
- Loan Programs Office (LPO): Offers financing for grid modernization, including high-voltage line upgrades.
- Technical Assistance: DOE Labs can quantify the regional and national benefits of ACCC deployments
When paired with these programs, ACCC® Projects can be accelerated at scale, delivering immediate reliability, resilience, and efficiency benefits to the U.S. grid.
Winning the AI Race Requires Grid Innovation
President Trump’s executive orders on energy dominance, AI leadership, and grid reliability establish the strategic imperative: the U.S. must lead the world in both AI development and the energy systems that enable it.
But AI leadership is not just about semiconductors and algorithms – it is about ensuring the gigawatts of reliable power needed to fuel these technologies are available, when and where they’re needed.
ACCC® Conductor is a proven, immediately deployable innovation that can help achieve DOE’s mission. It accelerates capacity expansion in the near term while longer-lead projects, like new interregional lines and new generation, continue development.
A Call to Stakeholders
With responses to the DOE’s RFI due November 21, 2025, utilities, developers, and policymakers should look closely at reconductoring projects using Advanced Conductors like ACCC® Conductor.
The stakes are high: without urgent action, grid constraints could stall U.S. industrial growth and AI leadership. With decisive investment in proven technologies, however, the U.S. can deliver the power needed to win the AI race and secure a resilient, reliable, and efficient grid for decades to come.
Speed matters. ACCC® delivers it.
https://www.energy.gov/speed-to-power?utm_medium=email&utm_source=govdelivery
