Conventional (Slack) Stringing: Involves pulling the conductor without controlled tension, allowing it to sag significantly between towers. This method can lead to conductor damage from dragging on the ground, increased risk of contact with obstacles, and requires more manual labor for sagging adjustments.

Tension Stringing: Involves maintaining continuous, controlled tension on the conductor throughout the pulling process, preventing it from touching the ground. This method is preferred because it:

• Minimizes Conductor Damage: Prevents scratches, nicks, and abrasions that can compromise conductor integrity and lead to premature failure or corona effects.

• Ensures Consistent Sag: Achieves precise sag and tension profiles as per design specifications, critical for line performance and clearance.

• Enhances Safety: Reduces the risk of accidental contact with energized lines (in live-line stringing), obstacles, or personnel.

• Increases Efficiency: Faster installation, especially for long spans and multiple conductors, and reduces post-stringing adjustments.

• Environmental Protection: Less impact on vegetation and ground features as conductors are kept clear.