Overhead lines and pole installation

Concrete and steel poles, conductors and aerial bundled cable for medium- and low-voltage distribution networks.

The right pole in the right place

Pole type, length and strength are chosen for each position on the route: an intermediate pole carries the weight of the conductors, while angle and dead-end poles take a one-sided pull and need a higher strength class or a stay.

Setting depth, foundation and staying follow the design calculations, the soil conditions and the utility’s construction standards, so that the line stays stable under wind, snow and conductor tension.

  • Concrete H-section and round poles
  • Galvanised steel poles
  • Bare conductors and aerial bundled cable (ABC)
  • Pole relocation and network reinforcement

Our scope

Route survey

Pole positions, spans and clearances to buildings and roads.

Pole erection

Excavation, foundation, erection, plumbing and backfill.

Stringing

Crossarms, insulators and conductors, or ABC with its clamps.

Equipment on poles

Pole-mounted transformers, fuse cutouts and street lights.

Why Peydezh Mavi?

2009Founded
150+Engineers and technicians
140+Completed projects
up to 63 kVVoltage level

Frequently asked questions

Concrete or steel poles?
Concrete poles are economical and need little maintenance in most networks. Steel poles are lighter and easier to transport to hard-to-reach sites, but need good corrosion protection.
Can an existing pole be moved?
Usually yes, at the request of the owner and with the utility’s approval. The utility assesses the technical feasibility and the cost before the work starts.

Need a quotation for your project?

Send us the location, required load and drawings, and our engineers will reply with a proposal.