With changing times, we need to adapt and make our choices consciously. This is why going with conventional conductor lines brings nothing good in today’s world. The increasing demand for clean, reliable and economical electricity highlights the need for utilities that can make the difference.

New generation, energy-efficient and cool ACCC® conductors (Aluminum Conductor Composite Core) are made up of concentrically stranded 1350-0 aluminum wires on a central core of lightweight carbon-glass fiber composite surrounded by trapezoidal-shaped hard-drawn and annealed wires.

The full form of ACCC conductors is advanced construction technology that enables higher transmission capacity and efficiency. With ACCC conductor sizes designed to meet varying grid demands, this technology allows ACCC conductors to carry significantly more current than conventional conductors, enhancing grid performance via ACCC conductor current carrying capacity.

When it comes to grid infrastructures, the transmission power lines hold the key to meet these demands. However, conventional options lack the capabilities that are needed to achieve these requirements. Enter the ACCC conductor line which not only accommodates these needs but even boosts power the utilities.

In this blog, we highlight our high-performance solution – ACCC Conductor from CTC Global. Let’s see how this innovation surpasses the conventional conductor lines drastically.

 

Higher Capacity Performance

ACCC Conductors have the power to offer increased capacity. In fact, our ACCC Conductors from CTC Global are engineered to carry twice the current than conventional all-aluminium and steel reinforced conductors.

The reason is ACCC Conductors are made of a lightweight composite core. This allows incorporation of almost 30% aluminium without any extra weight or diameter. It uses compact trapezoidal strands to make this possible in any conductor size.

The high-capacity performance of ACCC Conductors not only comes handy in future-proofing new transmission power lines but also boost capacity of already existing power lines too. Because of ACCC conductor’s high-capacity performance, the utility systems can access  and supply cleanest and lowest-cost energy.

A utility in Ras Al Khaimah upgraded its transmission lines with ACCC conductors and saw a 50% increase in power. As a result of this upgrade, the utility was able to meet the growing urban demands without investing in expensive infrastructure expansions.

 

Reduced Power Line Losses

Why make the compromise of power line losses with conventional conductor lines? Especially, when the stakes are high in today’s world as the energy demands grow each day. ACCC Conductors are incredible electrical innovations that cut down power lines losses significantly.

Our product from CTC Global can bring down line losses by 40% or even more. This translates to the fact that they can slash fuel consumption rate and related greenhouse gas emissions. This also contributes to boosted overall project economics as generation assets can be free which would have been previously occupied and wasted to line losses.

In a report by the UAE Ministry of Energy and Infrastructure, utilities using ACCC conductors reduced transmission line losses by 30-40%, resulting in significant cost savings.

 

Improved Grid Reliability

The efficiency and reliability of the grid system relies majorly on conductor performance. Sagging lines have never been favourable as it is the cause behind sag trip outages, blackouts and jeopardise human lives and property.

But there is a way to overcome these challenges and the answer is the ACCC conductor lines. The solutions from CTC Global are high-strength with low-sag composite core technology. 

They are also corrosion-resistant and prevent cyclic load fatigue, both a preferable attribute to power grid reliability and cut down maintenance costs.

 

Resistance Against Weather-Related Damages

Weather-related events such as hurricanes, hailstorms, etc. frequently take a toll on the electric power grid systems. While many utilities put their best foot forward to upgrade grid resilience, the use of conventional conductor lines falls short to offer the power that it needs to overcome these problems.

ACCC conductors, on the other hand, help build a strong grid system with its resistance against weather-related damages. They are more resilient and also quicker in springing back to service after a severe event occurrence.

The ACCC conductors from CTC Global are, as a matter of fact, two times stronger than steel with its composite core built.

When Hurricane Maria hit Puerto Rico in 2017, the ACCC conductors kept power flowing to critical infrastructure while traditional transmission lines were severely damaged. As a result, ACCC conductors proved resilient to extreme weather conditions.

 

Environmental and Economic Benefits

ACCC conductors reduce power losses and emissions, resulting in a cleaner, more sustainable energy grid. Their use facilitates the use of existing infrastructure more efficiently and reduces the need for costly upgrades, helping utilities meet environmental goals and improve the economics of power generation.

Although ACCC conductors have a higher upfront cost, the savings from reduced losses and fewer maintenance needs result in a positive return on investment within five to seven years.

 

But these are just tip of the iceberg as ACCC Conductors have more power to them. If you are interested in learning more about them and gain in-depth insights then be sure to join our showcase at MEE exhibition Dubai.

We are coming to this prestigious event with our partner CTC Global who offer their high-performance ACCC conductor lines. Find us at Hall no. 5, Booth no. D10 from 16 to 18 April 2024 at Dubai World Trade Centre.