CTC Global gets SCS Certification for CO2 Reduction
CTC Global ACCC® Conductor is the first electric transmission conductor in history to earn SCS certification for CO2 emission reductions resulting from improved energy efficiency. SCS Global Services (SCS) verified that ACCC Conductor reduces CO2 emissions associated with transmission line losses by 27 to 31 percent under certain design conditions compared to conventional steel reinforced ACSR conductors, the 100-year old technology currently used in most electric transmission and distribution power lines.
“SCS Global’s Certification of ACCC conductor creates significant new opportunities for corporate and governmental entities seeking to reduce greenhouse gas emissions for regulatory or voluntary purposes. Certification allows transmission owning electric utilities and developers to evaluate and quantify CO2 emission reductions associated with using ACCC conductor in place of less efficient ASCR conductor, and to explore pathways for monetizing those reductions or using them to meet regulatory obligations.”
Tobias Schultz, Manager of Corporate Sustainability Services at SCS
SCS is a trusted and neutral global leader with more than three decades of experience in third-party environmental, sustainability and certification, auditing, testing and standards development. SCS also certified CTC Global’s Conductor Comparison Program (CCP™) tool as a valid way to estimate reductions in line losses and associated CO2 emissions achieved by installing ACCC Conductor in lieu of traditional ACSR conductor. Both SCS certifications were conducted in accordance with ISO 14044:2006 standard for Life Cycle Assessment (LCA), a methodology used for evaluating the environmental performance of various products.
SCS Global’s Certification Assessment of the ACCC Conductor considered a range of conductor sizes, line lengths and voltages representing a number of project types in countries such as the U.S., Indonesia, Germany, India and Chile that have varied grid mixes and associated emission factors.