- Who We Are
A rigorous path from data to drawings
Every design follows a disciplined, auditable sequence — so nothing is left to assumption.
1
Data Collection
Site information, drawings, soil and environmental data.
2
Risk Assessment
Lightning and electrical risk analysis to define protection level.
3
System Design
Earthing, lightning and surge protection architecture.
4
Calculations & Verification
Technical calculations and system verification to standards.
5
Drawings & Documentation
Detailed drawings, specifications and bills of material.
6
Review & Approval
Internal review and client approval before installation.
- Design In Accordance With
Standards engineered in, not added on
Lightning Protection
Risk assessment and protection system design framework.
LPS Components
Requirements and testing for LPS components.
Earthing
Code of practice for the design of earthing systems.
ESE Systems
Early streamer emission lightning protection design.
Substation Grounding
Safety in AC substation grounding design.
LV Installations
Earthing and bonding for low-voltage installations.
- Substation grounding
- Analyses We Perform
Calculations that prove protection
We verify performance with the analyses that demonstrate a system will protect people and assets.
Lightning risk assessment
Air termination & down-conductor sizing
Step & touch voltage analysis
Equipotential bonding design
Rolling sphere modelling
Earthing & earth resistance
Surge protection coordination
Static & hazardous-area assessment
- Software & Tools
Industry-leading engineering tools
We design and verify with professional, industry-standard software.
- From Concept To Completion
- BS EN 62305
- NFC 17-102
- BS 7430
- IEC 62561
- IEEE 80
- IEC 60364