IEEE Std 80 Ground Grid Design Checklist

IEEE Std 80 provides the foundational methodology for designing safe and effective grounding systems in AC substations, with emphasis on human safety under ground fault conditions. The Ground Grid Design Checklist operationalizes this standard by decomposing its technical requirements into discrete, auditable items—including soil resistivity modeling, conductor sizing, mesh geometry optimization, fault current analysis, and corrosion protection planning. Each checklist item maps to specific clauses in IEEE Std 80 (e.g., Section 14 on touch/step voltage calculations or Annex E on computer-aided modeling), enabling engineers to systematically verify design conformity before construction and commissioning. Beyond compliance, the checklist promotes interdisciplinary coordination—integrating geotechnical data, relay coordination studies, and lightning protection system interfaces—thereby reducing rework, liability exposure, and long-term maintenance costs. It is especially critical in environments with high fault currents, layered or heterogeneous soils, or stringent regulatory oversight (e.g., utility interconnection agreements or NFPA 70E-aligned safety programs).