Dec 20, 2021
Replacing legacy steel-reinforced overhead conductors with ACCC® Conductors can substantially increase the capacity of existing transmission lines without the need to reinforce or replace existing structures.
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Replacing legacy steel-reinforced overhead conductors with ACCC® Conductors can substantially increase the capacity of existing transmission lines without the need to reinforce or replace existing structures.
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CTC Global ACCC® Hardware uses high-strength, high-efficiency components that are easy to install and offer outstanding performance and longevity
With well over one million ACCC collet devices deployed to more than 1,000 projects in 60 countries, there has never been a single reported failure.
ACCC® Conductor uses high-strength, light-weight carbon fiber core with a very low coefficient of thermal expansion to make smart grid smarter
CTC Global’s ACCC® Conductor is helping deliver more power, more efficiently, and is delivering exactly what the Department of Energy asked for in their Smart Grid criteria.
Compare the ampacity, line losses, sag, and economic aspects of nearly any conductor type and size with ACCC
CTC Global created CCP Software to help system planners and engineers compare the ampacity, line losses, thermal and ice load sag, and economic aspects of nearly any conductor type and size.
CTC Global ACCC® Hardware uses high-strength, high-efficiency components that are easy to install and offer outstanding performance and longevity
Beginning in 2003, CTC Global hardware components and completed systems have been thoroughly tested at several international laboratories following ASTM, IEC and other relevant standards.
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Learn how CTC Global is contributing to reduce carbon footprint thus reducing emissions. Our ACCC Conductors reduces fuel consumption & associated emissions
Using ACCC Conductors can be helpful in increasing the number of Renewable Energy Credits (RECs) you receive for your renewable resources by delivering more power with subsequently reduced line losses.
CTC Global History - CTC, of Irvine, California, USA, (now CTC Global) began developing the patented ACCC® conductor in 2002
CTC Global went on to develop ISO certified manufacturing techniques and tooling to allow the cost-effective and continuous production of the pultruded composite core.
Though carbon fiber composites do not plastically deform or yield like metal – and do have bending limitations – the ACCC® Conductor was designed to be tough and elastic to make installations easy and safe and have outstanding performance over the conductor’s anticipated service of 40+ years. Part of the secret is the fact that […]
The ACCC® Conductor was designed to be tough and elastic to make installations easy and safe and have outstanding performance over the conductor’s anticipated service of 40+ years.