Three Layers of Protection
Every resilient facility requires a coordinated system that addresses direct strikes, transient surges, and safe grounding.

Earthing & Grounding
Low-impedance earthing and equipotential bonding to stabilize voltages and protect occupants and equipment.
- Soil resistivity testing
- Earth grid design & upgrades
- Equipotential & functional bonding
- Exothermic welding & busbars

Lightning Protection Systems (LPS)
Air terminals, down conductors, and earth termination systems designed to capture and safely dissipate lightning strikes.
- Risk assessment & protection class (I–IV)
- Air terminals & mesh networks
- Down conductor routing & separation
- Earth termination networks

Surge Protection Devices (SPD)
Coordinated SPDs that clamp transient overvoltages and protect sensitive electrical and electronic equipment.
- Type 1: Service entry (spark-gap)
- Type 2: Sub-distribution panels
- Type 3: Point-of-use equipment
- Data & telecom line protection
Why Lightning & Surge Protection Matters
Direct lightning strikes and transient surges are a leading cause of facility downtime, equipment failure, and safety incidents. Investing in a coordinated system reduces risk, protects people, and preserves operational continuity.

Protect People
Safe dissipation of lightning energy and equipotential bonding prevent dangerous step and touch voltages.

Protect Equipment
SPDs shield critical assets like IT infrastructure, medical devices, and industrial controls from damage.

Protect Operations
Well-engineered earthing and surge systems reduce downtime and compliance risks.