Upgrade the Capacity of Existing Lines
ACCC® conductors can be used to increase the throughput of existing lines, with little or no modifications to the structures, due to its greater capacity in any particular size, diameter, or weight. View Case Study
Improve the Performance and Economics of New Lines
ACCC® conductor’s greater strength, improved sag characteristics, and higher electrical capacity can improve the performance and reduce the costs of new transmission and distribution lines by delivering more power with less losses and reducing structural costs. ACCC® conductor can be installed without special equipment or tools and with minimal training. View Case Study
Accommodate Long Spans and River Crossings
ACCC® conductor can accommodate long spans and river crossings due to its higher strength, greater thermal stability, and improved self-damping characteristics. View Case Study
Connect Renewable Resources More Efficiently
ACCC® conductor can be used to connect renewable resources more efficiently by reducing structural costs through increased spans, while also delivering more power by reducing line losses which can improve initial, overall, and long-term project economics. View Case Study
Reduce Maintenance Costs and Improve Longevity
ACCC® conductor’s non-corrosive composite core resists environmental degradation and can also reduce costs associated with vegetation maintenance and severe weather conditions (such as ice and wind load events), due to its greater strength and reduced sag. View Case Study