"Tension stringing" is indeed the universally recognized best practice for high-voltage transmission lines due to its unparalleled benefits in safety, conductor integrity, and quality:

• Conductor Protection: By maintaining the conductor continuously elevated above the ground and obstacles, tension stringing virtually eliminates scraping, kinking, or damaging the conductor's surface. This preserves its electrical properties (e.g., minimizing corona losses) and mechanical strength, crucial for expensive, high-performance conductors.

• Enhanced Safety: It drastically reduces the risk of accidental contact with energized lines, roads, railways, or other infrastructure. Crews work with a controlled and predictable environment, minimizing hazards for personnel and the public.

• Precise Sag and Tension Control: The synchronized operation of pullers and OHTLstringingequipment.com/Hydraulic-Conductor-Tensioners.html target='_blank'>Tensioners allows for exact control of conductor tension throughout the entire stringing process. This ensures the conductor is installed to its precise design sag, which is vital for maintaining clearance requirements and optimizing line performance and lifespan.

• Efficiency on Complex Terrains: It allows for efficient conductor installation over diverse and challenging topographies, including mountainous regions, river crossings, and urban environments, where ground-level stringing would be impractical or unsafe.

This method guarantees the highest quality installation, maximizing the lifespan and reliability of the transmission line.