Grounding System Design
Comprehensive earthing systems designed for low resistance and reliable current dissipation. We analyze soil conditions, equipment requirements, and fault current paths to design grounding networks that meet safety standards and site-specific needs.
- Soil resistivity surveys
- Ground electrode design
- Equipotential bonding
- Touch and step potential analysis
Protective Device Selection
Specification and coordination of overcurrent protective devices including circuit breakers, fuses, and residual current devices. Each device is selected for its application, rated for fault levels, and coordinated for selective clearance during faults.
- Overcurrent protection design
- RCD/GFCI device selection
- Arc flash protection
- SPD coordination and placement
Surge Protection Systems
Design of surge protective devices (SPDs) and transient suppression systems to protect sensitive equipment from lightning and switching transients. We coordinate SPD locations across the power distribution chain for comprehensive protection.
- Lightning protection design
- Transient surge analysis
- Multi-stage SPD coordination
- Cable bonding and routing
Compliance & Standards
Full compliance with international safety standards including IEC, EN, BS, and national electrical codes. Our designs are verified against applicable standards and documented to support certification and regulatory compliance requirements.
- Standards compliance verification
- Risk assessment and mitigation
- Testing and commissioning plans
- Certification documentation
Ready to expand your engineering capacity?
Tell us about your earthing and protection requirements — facility type, voltage class, standards. We'll come back within 24 hours with a clear path to delivery.
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