NOVELTY - The method involves placing a vehicle on an equal potential zone, and electrically bonding the vehicle to the equal potential zone. An anchor of the equal potential zone is located spaced from the zone. The anchor is mechanically connected to the vehicle, and is electrically insulated from the vehicle. Two vehicles are connected with a flexible insulator. An insulated line is tested for conductivity before connecting the vehicles.    USE - Used for anchoring a vehicle e.g. truck, wheeled vehicle, bulldozer, on an equal potential zone.    ADVANTAGE - The method allows high voltage power transmission lines to be worked on, and replaced or maintained without requiring power to stop being delivered or diverted over to remote transmission lines.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a method for replacing and handling a high voltage conductor    (2) an apparatus comprising a conductor    (3) a method of installing a conductor along a power transmission system    (4) an equal potential zone comprising an electrically conductive mat    (5) an insulation section comprising an insulator    (6) a method of making an equal potential zone    (7) a transfer bus comprising a jumper    (8) a portable circuit breaker system comprising a pole circuit breaker    (9) a method of stringing live conductor through a support structure    (10) a method of connecting two live conductors ends    (11) a method of splicing two connectors    (12) a method of loading and unloading objects on and off of an equal potential zone    (13) a traveler comprising a metal frame    (14) a method of maintaining same potential across a traveler    (15) a portable support structure comprising a vehicle.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a power transfer system for transferring power in three phases.    Power transfer system (100)    Conductors (102)    New support structure (104)    Insulator (106)    Conductive jumper (108)    Dead end (110)