CTC Global anticipates the study will confirm that high-capacity, low-sag advanced conductors, such as CTC Global’s ACCC^® Conductor will: dramatically reduce the risk of starting fires by improving sag clearances between vegetation and underbuilt structures; enable rerouting power around high-risk areas under extreme weather events; and improve electric power transmission asset survivability and resiliency when subjected to active wildfires. In addition to wildfire risk mitigation, advanced conductors reduce consumer electricity costs and GHG emissions.

J.D. Sitton, CEO of CTC Global stated: “Electric transmission lines are the backbones of our economy and are increasingly at risk due to wildfires. Modern advanced conductors are being used to reduce wildfire risks on key transmission lines across the western United States. Lawmakers and regulators should insist that legacy conductors, known to sag excessively under high temperature conditions, be removed and replaced with heat-resistant, low-sag advanced conductors. Congress’ direction to the DOE to study this is an excellent first step towards a more resilient transmission grid.”

While the frequency and severity of wildfires, drought conditions, high temperatures and other extreme weather events continue to impact people around the world, CTC Global is very pleased that the U.S. Congress is taking action. And, as efforts to combat climate change are highly dependent on decarbonizing the grid, CTC Global is proud that its high-capacity, low-sag and energy-efficient ACCC^® Conductor will continue to play an important role.

View Press Release: CTC Global Applauds the U.S. House for Passing the Wildfire Response and Drought Resiliency Act | Business Wire