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138KV DC Horizontal configuration type tower This photo refers to our 138KV DC Horizontal configuration type tower, which have double circuit. But tower type belong to horizontal configuration type, in our china, it also named “ Cup” type tower.  In fact, horizontal configuration type tower often adopt single circuit, but double circuit horizontal very few.

138KV DC Horizontal configuration type tower This photo refers to our 138KV DC Horizontal configuration type tower, which have double circuit. But tower type belong to horizontal configuration type, in our china, it also named “ Cup” type tower. In fact, horizontal configuration type tower often adopt single circuit, but double circuit horizontal very few.

500KV CRS towers In power transmission line project, especially EHVAC and UHVAC project, some transmission line need to cross rive or mountain, these towers name cross-river towers. In our china, most of 500KV power transmission line tower often cross river, high mountain or building, the tower height more than 180 meters, overhand line span more than 500 meters.

500KV CRS towers In power transmission line project, especially EHVAC and UHVAC project, some transmission line need to cross rive or mountain, these towers name cross-river towers. In our china, most of 500KV power transmission line tower often cross river, high mountain or building, the tower height more than 180 meters, overhand line span more than 500 meters.

115KV SC A Type tower  115KV tower nearly close Chinese 110KV tower, but it is often used in oversea markets by our foreign clients. This photo refer to our 115KV SC A type lattice tower, it is single circuit line with ACSR conductor at every phase. A type meant this tower looks like letter A for its shape.

115KV SC A Type tower 115KV tower nearly close Chinese 110KV tower, but it is often used in oversea markets by our foreign clients. This photo refer to our 115KV SC A type lattice tower, it is single circuit line with ACSR conductor at every phase. A type meant this tower looks like letter A for its shape.

The multi circuit tower can effectively reduce the corridors for overhead transmission line and the occupied lands; it had good economic and social benefits. MEGATRO provide every type of 69KV twelve circuit steel tower for our clients, which is widely used in city or rural power transmission and distribution.

The multi circuit tower can effectively reduce the corridors for overhead transmission line and the occupied lands; it had good economic and social benefits. MEGATRO provide every type of 69KV twelve circuit steel tower for our clients, which is widely used in city or rural power transmission and distribution.

765KV Double circuit transmission steel tower A double-circuit suspension pylon has two circuits. For three-phase systems, each tower supports and insulates six conductors. In HVDC systems typically two conductors are carried per line, but rarely only one pole of the system is carried on a set of towers.

765KV Double circuit transmission steel tower A double-circuit suspension pylon has two circuits. For three-phase systems, each tower supports and insulates six conductors. In HVDC systems typically two conductors are carried per line, but rarely only one pole of the system is carried on a set of towers.

350KV High Voltage DC transmission towers (350KV HVDC TOWER) In the power transmission line project, high voltage refer to voltage refer to from 300KV to 1000KV (not including). In these project the towers must be designed to carry three (or multiples of three) conductors. The towers are usually steel lattices or truss, in direct current power transmission project come the name of High voltage DC transmission towers.

350KV High Voltage DC transmission towers (350KV HVDC TOWER) In the power transmission line project, high voltage refer to voltage refer to from 300KV to 1000KV (not including). In these project the towers must be designed to carry three (or multiples of three) conductors. The towers are usually steel lattices or truss, in direct current power transmission project come the name of High voltage DC transmission towers.

A double-circuit transmission line has two circuits. Usually both circuits operate at the same voltage. And in power transmission line, it must change direction, then steel angle deviation Towers are used. Structures are classified as angle suspension, angle strain, and angle dead-end. Dead-end tower also name terminal tower, which is used when the overhead power line terminates and directions changed, and is connected to substation equipment, or transitions to underground cable.

A double-circuit transmission line has two circuits. Usually both circuits operate at the same voltage. And in power transmission line, it must change direction, then steel angle deviation Towers are used. Structures are classified as angle suspension, angle strain, and angle dead-end. Dead-end tower also name terminal tower, which is used when the overhead power line terminates and directions changed, and is connected to substation equipment, or transitions to underground cable.

138KV single circuit single pole Y-frame structure  A single-circuit transmission line carries conductors for only one circuit. For a three-phase system, this implies that each tower supports three conductors. In single-circuit towers the conductors are lined up horizontally. Single-circuit towers hold the different conductors stacked atop one another, while in single-circuit towers the conductors are lined up horizontally.

138KV single circuit single pole Y-frame structure A single-circuit transmission line carries conductors for only one circuit. For a three-phase system, this implies that each tower supports three conductors. In single-circuit towers the conductors are lined up horizontally. Single-circuit towers hold the different conductors stacked atop one another, while in single-circuit towers the conductors are lined up horizontally.

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