Power poles are pole-shaped or lattice structures that support overhead power transmission lines and overhead ground wires, maintaining a specific distance between them and the ground. Lattice structures are the most commonly used and are the primary structures for ultra-high voltage power lines. They can be categorized as self-supporting towers and guyed towers, with grounding methods including horizontal extension grounding and deep-buried grounding electrodes.
| Height | As per request |
| Shape | Polygonal |
| Material | Q235B,Q345B, Gr65 or equivalent |
| Resistant to wind | See design |
| Thickness | 2.5mm-20mm |
| Certificate | ISO9001 |
| Welding | AWS D 1.1 |
| Color | As per request |
| Surface treatment | Hot Dip Galvanized |
| Lifespan | 30 years |
Based on their functions and positions in the power lines, there are six structural types: straight poles (also known as intermediate poles), tension poles (also known as load-bearing poles), angle poles, terminal poles, crossing poles, and branching poles. The pole tower structure is a hyperstatic structure, subjected to loads such as wind, ice and snow, seismic, and conductor self-weight loads, all of which are dynamic loads that vary over time.
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