Oliver Jones

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About Oliver Jones

CTC Global is the global leader in composite core technology, driving innovation in power grid solutions for utility companies worldwide. Our mission is to expand global access to electricity through fast, cost-effective, and eco-friendly solutions that support the growth of a sustainable future. Empower your power grid with CTC Global

How Advanced Conductors Are Helping Utilities Deliver More Power Quickly

Oliver Jones07 Nov, 2025Technology

As America’s power grid faces record demand and clean energy goals, utilities need faster, smarter ways to expand capacity. Advanced Conductors—like CTC Global’s ACCC® Conductor—are redefining transmission upgrades by doubling capacity, cutting energy losses, and reducing sag without building new lines. Already trusted by 300+ utilities across 69 countries, this carbon fiber-based technology empowers utilities to modernize the grid efficiently and sustainably. Backed by U.S. policy support and proven field results, Advanced Conductors offer a cost-effective, ready-now path to grid reliability, resilience, and decarbonization—delivering Speed to Power for the next era of electrification.

What Makes Carbon Fiber Conductors a Smarter Grid Choice?

Oliver Jones01 Nov, 2025Technology

As global power demand surges, outdated grids struggle to keep up. The smart solution? Carbon fiber conductors — a revolutionary upgrade that doubles transmission capacity without building new lines. By replacing traditional steel cores with lightweight, corrosion-resistant carbon fiber, these conductors boost efficiency, reduce sag, and cut energy losses by up to 50%. They’re transforming how electricity moves through existing infrastructure, offering a faster, greener path to modernize the grid. Discover how carbon fiber conductors are redefining power transmission for a more efficient and sustainable energy future — read the full blog now.

Why Are Advanced Conductors The Backbone Of The Clean Energy Transition?

Oliver Jones01 Nov, 2025Technology

As America’s power demand surges, advanced conductors are emerging as the fastest, smartest way to expand grid capacity—without waiting a decade for new lines. Under FERC’s long-range Order No. 1920, utilities are embracing next-gen composite cables that double transmission potential, cut costs, and boost resilience against heat and wildfire risks. This article breaks down why advanced conductors are the need of the hour, how they outperform traditional lines in speed and reliability, and where they fit in U.S. energy policy and planning for a future-ready grid.

What Makes a Conductor “High-Performance” And Why It Matters Now?

Oliver Jones23 Sep, 2025Technology

High-performance conductors (HPCs) are transforming U.S. energy transmission by boosting line capacity up to 1.5–2x while cutting losses by 10–30%. Unlike legacy ACSR, these advanced designs use composite cores to reduce sag, enhance wildfire safety, and deliver power more efficiently. With rising demand from AI data centers and clean energy integration, reconductoring existing towers with HPCs offers a faster, safer, and cost-effective solution compared to building new lines. This article breaks down how HPCs work, why they matter in 2025, and the key considerations utilities must weigh.

Why Reconductoring Is Emerging as the Hidden Hero of Grid Modernization?

Oliver Jones22 Sep, 2025Technology

The clean energy transition can’t succeed without a stronger grid—but building new transmission lines takes years and billions. Reconductoring offers a smarter path forward: replacing old wires with advanced conductors to double or triple capacity, cut energy losses, and integrate renewables faster—all without new towers or land. Already proven in the U.S., Europe, India, and Brazil, this cost-effective upgrade modernizes infrastructure in months instead of decades. For utilities, policymakers, and energy innovators, reconductoring is the grid’s hidden hero—faster, cheaper, greener, and critical to achieving net-zero goals.

What Policymakers Should Know About Advanced Conductors and Energy Security?

Oliver Jones15 Sep, 2025Technology

Energy security is the backbone of modern economies, yet today’s power grids are aging, fragile, and under growing strain from climate shocks, EV demand, and global instability. Advanced conductors offer a breakthrough—stronger, smarter power lines that double capacity, cut energy losses, and boost resilience without decades of costly new builds. For policymakers, utilities, and industry leaders, they represent a fast, pragmatic path to cleaner, more reliable energy. The clean energy transition depends on upgrading transmission—and advanced conductors are the strategic, future-proof solution to strengthen grids, accelerate renewables, and safeguard national security.

Why Advanced Conductor Is The Backbone of the Clean Energy Transition?

Oliver Jones28 Aug, 2025Technology

The clean energy revolution isn’t just about solar panels and wind turbines—it’s about getting that power where it’s needed. Our aging grids weren’t built for today’s demands, but advanced conductors are changing that. Stronger, smarter, and more efficient, they unlock hidden capacity in existing lines, cutting delays, reducing emissions, and powering cities with renewable energy faster. Often called the hidden backbone of the clean energy transition, these next-gen wires aren’t just upgrades—they’re enablers of a sustainable future. Discover how advanced conductors are reshaping infrastructure and driving the path toward net zero.

The Environmental Case for Advanced Conductor Technologies

Oliver Jones21 Aug, 2025Technology

When we talk clean energy, the spotlight often falls on solar panels and wind farms—but the real game-changer might be the wires themselves. Advanced conductor technologies make existing power lines carry more electricity with less waste, reducing emissions without building new corridors. By cutting line losses, enabling more renewable flow, and boosting grid resilience, these high-performance conductors offer a faster, cheaper, and greener way to upgrade our energy system. Think of it as unlocking 2–3× more clean power on the same towers—delivering real climate impact now, not decades later.

What Makes Carbon Fiber Conductors a Smarter Grid Choice?

Oliver Jones01 Aug, 2025Technology

As global energy demands surge, outdated power grids are hitting their limits. Enter carbon fiber conductors—a cutting-edge solution transforming how electricity is transmitted. This article explores why utilities and renewable energy projects are turning to carbon fiber for grid upgrades. Discover how these lightweight, corrosion-resistant cables boost capacity, cut losses, and thrive in extreme environments. From modern urban upgrades to long-distance renewable integration, learn how carbon fiber conductors are enabling a smarter, stronger, and more efficient power grid. If you’re invested in the future of energy infrastructure, this is a must-read.

Is Your Grid Stuck in the Past? Try Advanced Reconductoring

Oliver Jones30 Jul, 2025Technology

The clean energy revolution is charging ahead—but outdated transmission lines are holding us back. This engaging explainer dives into advanced reconductoring, a smart, cost-effective solution that upgrades existing power lines to handle more electricity without rebuilding from scratch. Discover how this underrated tech can double or triple grid capacity, accelerate renewable energy integration, and help the U.S. hit climate goals faster—all while saving time and money. If you're interested in sustainability, infrastructure, or energy policy, this is a must-read on how modernizing the wires might just be the key to a cleaner, more resilient future.