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On-ground services,
executed to spec.

From civil and electrical works to power, earthing and full site commissioning. Reliable execution at every telecom site, urban or remote.

Electrician testing a distribution panel with a multimeter

Civil and electrical, built around telecom standards.

End-to-end execution aligned with telecom safety practices, built around the realities of tower sites and the equipment they carry.

  • Civil engineering for telecom tower sites
  • Electrical installations for active and passive equipment
  • Site preparation and pre-deployment groundwork

Designed for safety, uptime and compliance.

From grounding design to surge protection, engineered to keep sites safe and available across India’s climate.

Lightning & surge protection

SPD boxes engineered to shield equipment from transients and strikes.

Earthing design

Complete earthing systems designed and executed to telecom standards.

Copper-bonded grounding

Durable grounding rods and enhancement materials for high-resistance soil.

Compliance & uptime

Solutions that keep sites safe, available, and standards-compliant.

Railway & Metro · SITC

Tunnel mat earthing & lightning protection.

Complete SITC — Supply, Installation, Testing & Commissioning — of tunnel mat earthing and lightning protection for railway tunnels and metro works. From soil resistivity testing and earth-mat design to safe, code-compliant networks that protect critical infrastructure, rolling stock and personnel.

IS 3043 · EarthingIEC 62305 · LightningEquipotential bonding

Key services

  • SITC of earthing & lightning protection systems
  • Tunnel mat earthing for railway tunnels & metro works
  • Soil Resistivity Testing (SRT) and site survey
  • Earth mat design & installation per IS 3043
  • Lightning Protection System design per IEC 62305
  • Testing, commissioning & compliance documentation
01Soil Resistivity Testing using the Wenner four-electrode method
02Earth mat grid-and-rod design per IS 3043
03Tunnel mat earthing for railway and metro tunnels
04Lightning Protection System per IEC 62305
Cell towers against a clear blue sky

Built for denser, power-intensive 5G sites.

5G demands higher power efficiency, denser small-cell infrastructure, and greater reliability across longer asset lifetimes. Our work is built to keep pace.

  • Network densification and small cells
  • Power-intensive radio and edge equipment
  • Faster rollouts with reduced downtime

How a Stenmore engagement runs.

Five phases on a single thread of accountability. The team that scopes your site is the team that builds, deploys and maintains it.

  1. 01

    Assess

    Site survey, load study, environmental constraints. We scope what each site actually needs, not what a template says.

  2. 02

    Design

    Cabinet specs, power layout, earthing and protection scheme. Drawings and BOMs you can sign off on.

  3. 03

    Manufacture

    Built in-house and QC'd before dispatch. Customised cabinets and power systems, configured to site.

  4. 04

    Deploy

    Civil and electrical works, install, test, commission. Same team, same accountability across urban and remote sites.

  5. 05

    Maintain

    Long-term service contracts, upgrades and on-call response. Sites stay compliant and available.

Planning a rollout?
Tell us what you need.

Send a brief about your sites and timelines. We’ll respond with a scoped plan, usually within one business day.