Abstract :
The utility industry is increasingly accepting composite poles and crossarms for a number of distribution and transmission applications, in both monopole and H-Frame configurations. To date, composites have been successfully deployed in remote locations, restricted easement scenarios, heavily infested woodpecker areas, rocky terrain, environmentally-sensitive areas, guyless configurations, and deadend and extreme angle designs. Composites have proven that they can accept most industry hardware and provide a compelling case as an alternative to wood, steel and concrete. Composites are non-conductive and inherently safer, lighter, stronger, more durable and readily installed for disaster recovery efforts.
Keywords :
composite materials; poles and towers; polymer fibres; H-frame configuration; composite FRP; composite crossarm; composite fiber-reinforced polymer; composite pole; distribution application; guyless configuration; monopole configuration; rocky terrain; transmission application; utility industry; Birds; Concrete; Resins; Steel; Windings; Composite utility poles; Distribution; H-Frame; Transmission; alternatives; crossarms; fiberglass poles; monopole; pultrusion; sustainable;
Conference_Titel :
Transmission and Distribution Construction, Operation and Live-Line Maintenance (ESMO), 2011 IEEE PES 12th International Conference on