Ensure safety and compliance with a comprehensive substation ground grid analysis and design. We evaluate soil resistivity, fault current, and voltage hazards, and provide a custom-engineered grounding solution that meets IEEE and NESC standards.
Why Substation Grounding Is Critical
Fault events can result in dangerous voltage gradients that pose serious safety risks. Without a properly designed ground grid, step, touch, and transfer potentials can exceed safe limits, endangering personnel and infrastructure.
- Personnel safety
- Touch potentials
- Step potentials
- Transfer voltages
- Regulatory liability
What the Service Includes
Soil Resistivity Testing
Accurate field measurement and modeling of soil conditions
Fault Current Analysis
System modeling to calculate expected ground fault currents under worst-case electrical conditions.
Touch & Step Potential Assessment
Evaluation of hazardous zones under worst-case fault conditions
Engineered Ground Grid Design
A custom design that eliminates hazardous potentials per utility standards, IEEE, and NESC
Before-and-After Simulation
Quantification and visualization and of conditions before and after construction to prove compliance and safety improvement.
Final Report & Documentation
A detailed deliverable with analysis, design, compliance confirmation, and construction specs.
Applicable Codes & Standards
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