#highperformancegrid

[ctcglobal]

The reduced weight of the composite core and lower coefficient of thermal expansion allows the ACCC Conductor to carry up to twice the current of conventional conductors while exhibiting 25 to 40 percent lower line losses under any given operating condition.

[wileon]

The ACCC® ULS Conductor offers greater strength, a lower coefficient of thermal expansion and higher modulus of elasticity than the standard ACCC Conductor core.

[ctcglobal]

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.

[ctcglobal]

ACCC® Hardware is Key to Safety & Reliability

CTC Global’s ACCC® dead-ends and splices, produced in association with 11 qualified and authorized manufacturing partners, use an innovative stainless steel collet system that grips the core without crushing it or imparting excessive stress that can sever the core when using compression core grip designs. Unlike steel or aluminum that will plastically deform and yield when compressed, composite cores do not.

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. Read more - https://bit.ly/3s4zURk

[ctcglobal]

The redundant or excess capacity of the ACCC Conductor has been chosen on New Line projects to allow for expected, and unexpected growth providing optionality to grid planners and managers as the new generation.

[ctcglobal]

The ACCC® Conductor’s superior performance, proven reliability and ability to reduce line losses by ~30% has made it the conductor of choice for more than 250 utilities in 60 countries.

[ctcglobal]

Nearly 40 ACCC® Conductor installations have already been completed in Bangladesh. Yes, Bangladesh has taken a pragmatic decision to push for a robust & sustainable future, by selecting Climate-friendly & high-capacity conductors.

[ctcglobal]

The ACCC® Conductor’s superior performance, proven reliability, and ability to reduce line losses by ~30% has made it the conductor of choice for more than 250 utilities in 60 countries.

If you have questions, please feel free to reach out. We are here to support you. Visit - https://bit.ly/3p0Hnxj

[ctcglobal]

Reconductoring a power line with ACCC® Conductor using the existing structures is the fastest, lowest cost way to add substantial capacity to the existing grid.  

Let’s find more opportunities to reconductor - https://bit.ly/3HNBhcz  

[wileon]

CTC Global ACCC Conductor has already helped over 250 utilities at over 1,000 project sites in over 60 countries improve the efficiency, capacity, reliability and resiliency of the grid.

[wileon]

The CTC Global Technology provides ACCC Conductor that is based on advanced composite technology initially developed for aerospace and other highly-demanding applications where superior performance and longevity are mission critical.

[ctcglobal]

CTC Global’s ACCC® dead-ends and splices, use an innovative stainless steel collet system that grips the core without crushing it or imparting excessive stress that can sever the core when using compression core grip designs.

[ctcglobal]

CTC Global shares a part of its secret - the ACCC® Conductor’s carbon fiber core is surrounded by a robust layer of glass fibers that improve flexibility and toughness and provides a robust galvanic barrier to ensure outstanding corrosion resistance.

It was designed to be tough and elastic to make installations easy and safe.  

[ctcglobal]

Taiwan Power Company completed their double circuit, double bundled 161 kV Zhonggang – Zhangyi transmission line upgrade in Taichung, Taiwan to increase line capacity and improve efficiency and reliability.

[wileon]

CTC Global ACCC Conductor projects have included ocean crossings, river crossings, highly corrosive industrial areas, heavy ice zones, mountain and desert crossings.

[ctcglobal]

The TenneT DIM-LLS 380kV ACCC® Reconductor Project Continues

Originally built in the 1960s, the 52 km line runs between substations in Diemen, a suburb of Amsterdam, and Lelystad City in the Markemeer. The triple-bundle, twin-circuit line needed to be upgraded to take in increasing flows of renewable energy from onshore and offshore sources, part of TenneT’s Beter Benutten Bestaande 380 kV program.