|
Speed to Power: Why Advanced Conductors Offer the Most Impactful Transmission Solution
America’s electric grid is facing a new era of urgency. AI-driven data centers, electrification, industrial reshoring, renewable integration, and rising reliability concerns are dramatically increasing the need for transmission capacity across the United States. Yet traditional greenfield transmission projects often require a decade or more to permit and construct. Recent studies from the U.S. Department of Energy make clear that the nation must rapidly expand transmission infrastructure to support economic growth, resilience, and grid reliability. The challenge is no longer simply generating enough electricity - it is whether enough transmission capacity can be deployed fast enough to move power where and when it is needed.
A recent Berkeley Haas study suggests that reconductoring existing transmission corridors with advanced composite-core conductors may represent one of the fastest and most practical opportunities available to accelerate grid expansion. By leveraging existing rights-of-way, utilities can substantially increase transmission capacity while reducing many of the permitting and siting challenges associated with entirely new corridors. In our latest blog post, we explore why “Speed to Power” is becoming one of the defining challenges facing the transmission industry - and why Advanced Conductors are increasingly emerging as part of the solution.
| | | | The Grid Capacity Crisis Is Forcing a New Transmission Strategy | As electricity demand surges from AI, data centers, electrification, and domestic manufacturing growth, the conversation around transmission modernization is rapidly shifting from politics to practicality. In this timely article, CTC Global explores why America’s aging transmission infrastructure must move beyond policy debate and toward scalable, real-world solutions that can be deployed quickly and cost-effectively. The piece highlights how advanced reconductoring technologies like ACCC® Conductor are helping utilities unlock dramatically greater transmission capacity using existing rights-of-way - improving reliability, reducing congestion, and accelerating grid modernization at a time when the need for affordable, resilient electric infrastructure has never been greater. | | | | The Grid Modernization Opportunity | A growing number of industry leaders now recognize that transmission modernization is no longer simply a long-term planning exercise - it is an immediate operational and economic necessity. This article explores how evolving transmission pricing reform and grid policy discussions are creating new momentum for the deployment of advanced transmission technologies that can rapidly expand grid capacity while helping control costs and improve reliability. From Grid Enhancing Technologies (GETs) to high-capacity Advanced Conductors like ACCC® Conductor, the piece highlights how utilities can unlock significantly greater performance from existing infrastructure to support rising demand driven by AI, data centers, electrification, and industrial growth. | | | | Adapting to a Fast-Changing Power System | The electric power industry is entering a new era shaped by rising complexity, uncertainty, and rapidly changing operating conditions. Growing demand from AI, data centers, electrification, distributed energy resources, and renewable integration is transforming the grid into a more dynamic and decentralized system, challenging traditional utility planning assumptions. In this featured article, we explore why grid resilience increasingly depends on flexibility, visibility, and high-performance infrastructure, and how transmission modernization technologies like ACCC® Conductor can help utilities increase capacity, reduce congestion, improve reliability, and adapt more quickly to an increasingly uncertain energy future. | | | | How the ACCC InfoCore® System Helps Utilities Verify ACCC® Conductor Integrity | For utilities deploying Advanced Conductors, confidence in long-term conductor integrity is just as important as ampacity, efficiency, and sag performance. This new article explains how the ACCC InfoCore® System provides utilities with a fast, field-proven method for verifying the structural integrity of ACCC® Conductors during installation - and even years after the line has been energized. The article explores how embedded optical fiber technology, cloud-based documentation, and real-world validation testing are helping utilities replace uncertainty with documented engineering confidence as they modernize the grid and expand transmission capacity. | | | | |
13 ACCC® Projects Recently Energized
33 ACCC® Projects Under Construction
35 ACCC® Projects Scheduled to Start
| | PLN Expands Grid Capacity in West Java with ACCC® Conductor | | |
Perusahaan Listrik Negara (PLN) recently completed the 150 kV Cikande New – Cikande reconductoring project in West Java using CTC Global’s ACCC® Hamburg conductor to increase transmission capacity and improve grid performance within an existing transmission corridor. The double-circuit project utilized approximately 56 kilometers of ACCC® Conductor manufactured locally by PT. KMI Wire and Cable Tbk., allowing PLN to significantly uprate the line while minimizing the need for major structural modifications or new right-of-way acquisition. Engineered by PLN PUSMAPRO and installed by PT. Indo Karya Elektrik Mandiri, the project demonstrates how Advanced Conductors can help utilities quickly and cost-effectively expand transmission capacity to support growing electricity demand.
The project also incorporated CTC Global’s ACCC InfoCore® System to verify composite core integrity before, during, and after installation, providing an additional layer of quality assurance and long-term asset documentation through cloud-based data storage. Supported by experienced installation crews, specialized stringing equipment, and local manufacturing capabilities, the project reflects the growing adoption of Advanced Conductor technologies across Southeast Asia as utilities seek faster, more efficient ways to modernize existing transmission infrastructure.
| | | | |
EEI 2026
June 2-4 | Las Vegas, Nevada
| Join CTC Global at the upcoming EEI Conference at the Fontainebleau Las Vegas in Las Vegas, Nevada. Recognized as one of the electric power industry’s leading forums, the Edison Electric Institute conference brings together utility executives, emerging leaders, policymakers, and innovators to discuss how America’s investor-owned electric companies are delivering cleaner energy as fast as possible—while maintaining reliability and affordability. This year’s program will explore resilient clean energy, grid modernization, transportation electrification, hydrogen, cybersecurity, climate resilience, and powering a net-zero economy. Visit CTC Global to learn how ACCC® Conductors are helping utilities expand transmission capacity, reduce losses, and accelerate critical grid upgrades. | | | | |
6th Annual Transmission Infrastructure US Conference
June 9–10, 2026 | NY
| CTC Global is pleased to participate in the 6th Annual Transmission Infrastructure US Conference, hosted by Global Transmission Report from June 9–10, 2026, at the Jay Conference Center in New York City. As AI, data centers, electrification, and industrial growth drive unprecedented electricity demand, this event will bring together industry leaders to discuss the urgent need to expand and modernize the US transmission grid. CTC Global looks forward to sharing how ACCC® Conductor technology can help utilities rapidly increase transmission capacity, improve reliability, and accelerate grid modernization to meet the nation’s growing energy needs. | | | | Grid Forward Podcast: Don’t Rebuild! Reconductor for Twice the Grid Capacity on Existing Corridors | The ability to double grid capacity is here today, ready to work in existing transmission corridors. Get grounded in advanced reconductoring options in this episode with Zach Zimmerman from the AMP Coalition and Theodore Paradise, Chief Policy and Grid Strategy Office at CTC Global. They explain how Advanced Conductors can move more energy using existing poles and corridors or boost capacity of new projects. Utilities and grid operators can reduce grid expansion timelines, lower costs compared to new transmission builds, and even improve affordability. Listen in to this “technology whose time has come.” | | | | Grid Strategies & Electric Power Engineers Release New Report | A new report from Grid Strategies and Electric Power Engineers highlights the growing importance of high-capacity transmission infrastructure in supporting America’s rapidly evolving electric grid. The report, Modeling the Order 1920 Benefit Metrics, examines how regional transmission planning can better capture the full value of transmission investments - including improved reliability, reduced congestion, lower production costs, enhanced resiliency, and increased access to lower-cost generation resources. As utilities and grid operators work to address accelerating demand growth driven by AI, data centers, electrification, and renewable integration, the report reinforces the critical need for advanced transmission solutions capable of increasing capacity, improving efficiency, and strengthening grid performance. These findings strongly align with CTC Global’s mission to help utilities modernize the grid with high-performance ACCC® Conductor technology. | | | | Gridwise Alliance Publishes Grid Modernization Index 2026 | The new Gridwise Alliance Grid Modernization Index 2026 report highlights the accelerating transformation of America’s electric grid as utilities and policymakers respond to surging demand growth from AI, data centers, electrification, and distributed energy resources. The report emphasizes that while nearly every U.S. state is advancing grid modernization initiatives, the industry must move faster to improve reliability, resilience, flexibility, and operational visibility. The findings reinforce the growing importance of advanced grid technologies, enhanced transmission and distribution infrastructure, and performance-driven investment strategies to support the evolving energy landscape - priorities that strongly align with CTC Global’s mission to help utilities increase capacity, efficiency, and resiliency through deployment of advanced ACCC® Conductor solutions. | | | | |
