Epsilon Advanced Conductors USA

📢 Our mission: design and manufacture advanced conductors to modernize transmission & distribution lines ⚡ Since 1987, Epsilon is a pioneer and world leader in high performance composite materials thanks to the pultrusion process. This highly efficient technology combined with the extraordinary properties of carbon fibers is the ideal solution to manufacture the cores of advanced conductors, also known as High Capacity / High Temperature Low Sag (#HTLS) conductors. Thanks to their strong lightweight composite core, our advanced conductors allow to easily and cost-effectively double the ampacity of overhead lines, to mitigate sag issues and to reduce electrical losses, therefore cutting down on CO2 emissions and ensuring a quick return on investment for utilities. With a proven track record of several thousands of miles of conductors installed and energized worldwide in the past decades, Epsilon Cable is at the forefront of the energy transition and serves the most demanding utilities. More info? 📩 contact@epsilon-cable.com Illustration: Epsilon Advanced Conductor & ACSR – both Dublin size equivalent #advancedconductors #reconductoring #sustainability #energytransition #epsiloncable #transmission

Policy momentum underscores the importance of a power grid that can meet rising demands from electrification and manufacturing. Composite core conductors, supplied by established and trusted manufacturers like Epsilon Composite, represent one of the most effective and field-proven solutions available to support this directive. These advanced conductors, or high-performance conductors (HPCs), can double current-carrying capacity compared to traditional steel core designs, which still serve as the standard across many parts of the grid. They also deliver superior sag performance under thermal load, reduce wildfire risk from vegetation contact, enhance storm resilience through exceptional tensile strength, and increase overall network efficiency by cutting line losses by up to 40 percent. While widely adopted in high-demand markets like India, composite core conductors remain underutilized in the United States. Their proven value in extending the life of existing infrastructure, relieving congestion, and strengthening grid resilience makes them an ideal fit for U.S. transmission operators facing rising load growth and reliability challenges. As the grid continues to evolve, so must the materials we use to build it. Composite core conductors are a field-proven, scalable technology ready to meet the demands of both today and tomorrow. 🔗 https://lnkd.in/e9kpBsDz #GridReliability #CompositeConductors #EnergySecurity #DOE

⚡ Did you know that composite core conductors were invented by W. Brandt Goldsworthy in the 90’s ? M. Goldsworthy passed away on April 3, 2003, and today, we wish to pay our tribute to this visionary engineer who paved the way for a new generation of sustainable and efficient conductors. Nicknamed “the father of composites” and one of the inventors of the pultrusion process, M. Goldsworthy could see as early as the 90’s the potential of improving overhead lines thanks to the pultrusion process. He was the first to come up with the idea to replace the traditional steel core in High Voltage cables with a composite core, and in 1998, his team laid out the foundation for the first generation of composite cables. Epsilon’s founder Stephane Lull and our VP Laurent GUITTON had the opportunity to work with M. Goldsworthy in California in the 90’s. Based on his work, Epsilon Composite pioneered carbon fiber #pultrusion and Epsilon Cable developed composite core conductors such as the #ECRC, which is now widely used by T&D operators worldwide looking for a reliable and durable solution to upgrade overhead lines. ➡ Learn more: www.epsilon-cable.com #highvoltage #composites #HVCRC #EpsilonCable #CFRP #Tribute

Advanced Transmission Technologies Bill, SB422, Passes Indiana Legislature 🎉 This afternoon Indiana unanimously passed a bill to encourage the deployment of advanced transmission technologies that will help squeeze more capacity out of the grid to meet growing energy demand. Indiana joins Utah in passing legislation on ATTs during the 2025 session. See my full quote below: “S.B. 422 offers a crucial opportunity to strengthen Indiana’s electric grid by quickly increasing capacity, efficiency, and reliability through cost-saving transmission upgrades,” said Carter Harms, an officer with The Pew Charitable Trusts’ energy modernization project. “As Indiana experiences increased demand for energy, this legislation will encourage the use of cost-effective, ready-to-deploy solutions to boost power and make the grid more resilient. Pew thanks Senator Eric Koch for his leadership in sponsoring this important legislation and encourages Governor Mike Braun to quickly sign it when it reaches his desk.” https://lnkd.in/ehKnzu2j

Montana is taking bold steps to modernize its electrical grid, with the Public Service Commission advocating for composite core conductors to enhance reliability, improve efficiency, and mitigate wildfire risks. This forward-thinking approach aligns with broader national efforts to strengthen grid resilience while reducing costs for ratepayers. Composite core technology not only minimizes line sag and ignition risks but also facilitates faster service restoration during emergencies, critical for maintaining a stable and secure energy infrastructure. The recent informational meeting hosted by Montana’s PSC brought together industry leaders to discuss these advancements. With strong support from policymakers and experts, the momentum behind composite core conductors continues to grow 👍 Read more about Montana’s push for advanced conductors and the key benefits driving adoption here: #EnergyInfrastructure #GridModernization #WildfireMitigation #CompositeTechnology

Earlier this week, we were invited by the MONTANA PUBLIC SERVICE COMMISSION to discuss improved wildfire safety & grid resilience. Joseph Sylvia from our Epsilon Cable US team participated along with other transmission professionals from Ampjack Industries Ltd. and CTC Global, to explain how innovative grid enhancing technologies such as #HVCRC composite core conductors and tower raising can modernize transmission lines to improve resilience, reduce costs and mitigate wildfire risks. ➡ Read more about the event here: https://lnkd.in/e5pMfPvA ➡ To watch the full replay: https://lnkd.in/eM7-5bef We'd like to thank Commissioner Randy Pinocci and the Montana Public Service Commission for organizing this important event. #HTLS #Powergrid #GridResilience #WildfireSafety #GETs

🚨Informational Meeting: Wildfire Safety & Resilience Join us for an engaging discussion, led by Public Service Commissioner Randy Pinocci, on proven technological innovations, including advanced conductors and tower modifications, that significantly reduce wildfire risks associated with the grid. Event Details: 🗓 Date: Tuesday, January 28, 2025 ⏰ Time: 1:00 PM – 4:30 PM (MST) 📍 Location: Montana Public Service Commission (Bollinger Hearing Room), 1701 Prospect Ave, Helena, MT 59620 💻 Virtual Option: https://lnkd.in/er2xZpDy This meeting highlights innovative yet proven solutions for a critical issue impacting our infrastructure and communities. Don’t miss this opportunity to explore cutting-edge technologies in wildfire resilience associated with the grid. 📌 Save the date and register now! #WildfireResilience #GridInnovation #ElectricInfrastructure #MontanaPSC

Join Us Live on January 28th: Proven Technology to Mitigate Wildfires On Tuesday, January 28, 2025 @ 1:00 PM-4:30 PM Mountain Time, we’ll be diving into how carbon fiber and tower raising technology is transforming wildfire mitigation, with far-reaching implications for insurance, infrastructure, and the environment. This is your chance to learn how innovation is reshaping our world, replacing steel with lightweight, durable, and thermally stable carbon fiber for a safer, more sustainable future. The event will be streamed live via LinkedIn, and we’d like for you to join the conversation. Reserve your spot through the LinkedIn Event link or hop onto Zoom using the details provided. https://lnkd.in/eXw8DjQN Let’s discuss globally proven solutions to real challenges. Hope to see you there.

Composite materials are shaping the future thanks to their incredible properties, and Epsilon Composite has been part of this incredible journey for 40 years, supplying structural parts for many types of aircrafts and critical infrastructure such as bridges, deep offshore oil risers, and power lines. Lean more: www.epsilon-cable.com #AdvancedConductors #HTLS #Powergrid

⚡ Building a resilient grid: Insights from Commissioner Pinocci on composite core conductor and the future of energy The future of energy lies in innovation and action, and we’re proud to feature an exclusive interview with Commissioner Randy Pinocci on how composite core conductors and tower-raising technology are transforming the grid. In this must-read article, we cover: 👉 The urgent need to replace outdated steel-core conductors to build a Reliable, Safe, and Affordable grid. 👉 How composite core technology mitigates wildfire risks, enhances energy efficiency, and lowers operational costs. 👉 Innovations like tower-raising systems that simplify permitting and accelerate modernization. 👉 Montana’s leadership through House Bill 729 and the North Plains Connector, setting a national standard for grid transformation. These advancements are paving the way for a more sustainable and efficient energy future while cutting carbon emissions and creating a grid built for resilience. 📖 Read the full Energy Central article here: https://lnkd.in/eSy_zp-5 #EnergyEfficiency #GridModernization #CompositeCoreConductors #SustainableEnergy #Innovation #WildfireMitigation #CarbonReduction #EpsilonAdvancedConductors