Foundation · Tower Erection · Stringing
Building India's power grid — from foundation casting to tower erection for 132kV to 765kV transmission lines across challenging terrains.
We provide power transmission line foundation, tower erection and associated civil & electrical works. Our team handles foundation casting, tower assembly, tower erection, stringing preparation and line‑associated civil work for voltage levels of 132kV, 220kV, 400kV and 765kV.
We have experience in executing different types of foundations — pile, open foundation, raft — depending on soil conditions. Our aim is to ensure that substations and generation assets connect to the grid on time.
Regional distribution network, industrial feeders, and rural electrification lines.
State‑level bulk power transfer between generating stations and load centers.
Inter‑state power highways for long‑distance, high‑capacity energy transfer.
India's backbone grid — lowest losses, highest capacity national power corridors.
Pile, open, and raft foundations based on soil conditions. Includes excavation, reinforcement, casting, curing, and backfilling for all tower locations.
Complete lattice tower assembly, bolting, alignment, and erection using cranes and gin poles. Quality checks at every joint and connection point.
Conductor stringing preparation, tensioning, sagging, and clamping. OPGW and earth wire installation with proper clearance maintenance.
Access roads, working platforms, temporary logistics within Right‑of‑Way (RoW), material staging, and equipment mobilization.
Insulation testing, continuity checks, clearance verification, and support during line energization and grid synchronization.
For weak soil conditions — deep drilled piles with reinforced concrete for maximum load bearing.
Standard excavation and casting for stable soil — cost‑effective with proven structural integrity.
Large spread foundations for areas with high water table or varying soil conditions.
Foundation to energization — we deliver grid‑ready transmission infrastructure. Let's connect.
