Aluminum Conductor Carbon-Fiber Core

Description

Application
1. Capacity increasing project for existing lines (No tower & pole changes 2. are required, replacing conductor only) 
3. Upgrading of large crossover lines (Reduced sag by *0%*5%) 
High capacity new lines (Improving safety margin, operation at N1)

Principle of Increased Ampacity
 1. To increase conductors longterm operation temperature by utilization heat resistance property of conductivity components  Leading to high capacity
2. Stresstransfer property makes the stress of aluminum wire transferring it to carbonfiber composite core rod by utilization its low expansion coefficient property Having low sag 
3. No structure upgrades are required. Replacing with lighter carbonfiber core conductor can carry 2 times the current of a conventional conductor Having twice capacity
4. The high conductivity utilization on soft aluminium Having low line loss