Our company was founded to develop, certify and deploy advanced technologies that electric utilities could use to improve the efficiency, capacity, reliability and resiliency of the electric power grid, worldwide.
CTC GLOBAL
PRODUCTS
ACCC InfoCore™ System
The ACCC InfoCore™ System reduces real-world conductor installation risk experienced by utilities, contractors and lineman across the globe.
The system is capable of confirming very long continuous spans and is currently being utilized globally.
How it Works
The process begins by accessing the conductor at each end, prepping the core ends using tools provided in the ACCC InfoCore™ Confirmation Kit.
- Transmitter is attached to one end of the ACCC® Conductor.
- Receiver is attached to the other end.
- Controller receives, reviews and records the results.
- Core prep generally takes less than five minutes and the receiver confirms a successful installation in seconds.
CTC Global’s ACCC InfoCore™ System makes confirming successful conductor installation safe, simple and fast. Alternate methods include CT Scan, X-ray inspection, and magnetic pulse technology but these devices are very slow and expensive.
Composite Core
CTC Global’s ACCC® Composite Core consists of high-strength carbon and glass fibers embedded in a toughened thermoset epoxy resin matrix.
Conductor efficiency can substantially reduce CO2 emissions
ACCC Conductor
The ACCC Conductor hybrid core is not only twice as strong as steel, it is also 70% lighter.
The lighter weight allows the CTC Global ACCC Conductor – of any size – to utilize ~28% more aluminum without a weight or diameter penalty.
Commercially deployed in 2005, the ACCC® Conductor offers an abundance of advantages that help the electric power industry meets a growing list of challenges. Derived from advanced aerospace technology.
Categories
Usage
PRODUCTS
ACCC InfoCore™ System
The ACCC InfoCore™ System reduces real-world conductor installation risk experienced by utilities, contractors and lineman across the globe.
The system is capable of confirming very long continuous spans and is currently being utilized globally.
How it Works
The process begins by accessing the conductor at each end, prepping the core ends using tools provided in the ACCC InfoCore™ Confirmation Kit.
- Transmitter is attached to one end of the ACCC® Conductor.
- Receiver is attached to the other end.
- Controller receives, reviews and records the results.
- Core prep generally takes less than five minutes and the receiver confirms a successful installation in seconds.
CTC Global’s ACCC InfoCore™ System makes confirming successful conductor installation safe, simple and fast. Alternate methods include CT Scan, X-ray inspection, and magnetic pulse technology but these devices are very slow and expensive.
Composite Core
CTC Global’s ACCC® Composite Core consists of high-strength carbon and glass fibers embedded in a toughened thermoset epoxy resin matrix.
Conductor efficiency can substantially reduce CO2 emissions
ACCC Conductor
The ACCC Conductor hybrid core is not only twice as strong as steel, it is also 70% lighter.
The lighter weight allows the CTC Global ACCC Conductor – of any size – to utilize ~28% more aluminum without a weight or diameter penalty.
Commercially deployed in 2005, the ACCC® Conductor offers an abundance of advantages that help the electric power industry meets a growing list of challenges. Derived from advanced aerospace technology.