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Path 27
Path 27 as seen on US 50 in Utah. An AC transmission line has since been built alongside this segment of the HVDC line.
Path 27 as seen on US 50 in Utah. An AC transmission line has since been built alongside this segment of the HVDC line.
Path 27 may be identified by its uniquely-designed steel lattice pylons and two conductors. The tower's height, insulation, and separation of conducto
Path 27 may be identified by its uniquely-designed steel lattice pylons and two conductors. The tower's height, insulation, and separation of conductors and their thickness meet the specifics for a 500-kV circuit. Compare to a lower-voltage, conventional three-phase power line on the right.
The Adelanto Converter Station is the end point of the HVDC line.
The Adelanto Converter Station is the end point of the HVDC line.
Path 27 uses stacks of thyristor valves similar to these on the HVDC Inter-Island in New Zealand. Note the person for scale.
Path 27 uses stacks of thyristor valves similar to these on the HVDC Inter-Island in New Zealand. Note the person for scale.
A High- and medium-voltage power lines in Łomża, Poland
A High- and medium-voltage power lines in Łomża, Poland
A Extra high-voltage overhead line 750 kV
A Extra high-voltage overhead line 750 kV
A Wooden pylon of medium-voltage overhead line 10 kV
A Wooden pylon of medium-voltage overhead line 10 kV
A 330 and 150 kV high-voltage overhead power lines
A 330 and 150 kV high-voltage overhead power lines