CTC Global Builds Up Policy and Grid Strategy Team with Addition of Paige Rodrigues

IRVINE, Calif.--(BUSINESS WIRE)--CTC Global Corporation, the world’s leading developer and manufacturer of high-capacity advanced conductors, is pleased to announce the addition of Paige Rodrigues as Senior Manager, Policy and Grid Strategy. In this role, Rodrigues will help drive CTC Global’s state and federal policy efforts as well as initiatives with utilities and grid operators.

Rodrigues joins CTC Global from Americans for a Clean Energy Grid, where she led the coalition’s advocacy at the Federal Energy Regulatory Commission and engaged the U.S. Department of Energy on transmission policy issues. Previously, she served in the office of a U.S. Senator, leading legislative and oversight efforts on grid and transmission issues. Rodrigues holds a Bachelor of Arts degree in Government and Politics from the University of Maryland.

CTC Global Chief Policy and Grid Strategy Officer Theodore Paradise stated, “We are excited to welcome Paige to our team. Her background in energy policy, her experience with industry stakeholders, and her deep understanding of energy regulation make her a strong addition to our team.”

About CTC Global:

CTC Global is accelerating access to energy as the world’s leading manufacturer of high-capacity advanced conductors.

For over two decades, CTC Global has helped communities meet their energy needs and manage the risks associated with legacy transmission infrastructure. Today, over 300 utilities and industrial customers in over 65 countries and 30 U.S. states trust CTC to safely and quickly deploy solutions that add the greatest amount of electricity at the lowest capital cost.

Headquartered in Irvine, California, over half of CTC Global’s manufacturing capacity is U.S.-based. Its global operations are supported by five manufacturing facilities and an extensive network of partners around the world.

CTC Global’s advanced conductor is the most responsible and innovative solution to double capacity and improve reliability at scale. For more information, visit www.ctcglobal.com.