IEEE 367-1979

IEEE 367-1979 is a technical guide for determining electric power station ground potential rise and induced voltage from a power fault. It addresses how fault conditions can affect grounding behavior and nearby conductive paths, helping engineers evaluate station safety and electrical stress. For power, energy, and related industrial systems, this standard supports more informed grounding analysis, design review, and compliance work where fault-driven voltages may influence equipment or personnel protection.

About IEEE 367-1979

This document focuses on the analysis of ground potential rise in electric power stations and the induced voltages that may result from a power fault. IEEE 367-1979 is useful as a technical reference when assessing how fault currents interact with grounding systems, connected structures, and adjacent circuits. Its guidance can support engineering studies that compare expected electrical conditions against acceptable limits, helping teams document assumptions and apply consistent methods in station grounding evaluations.

Where is IEEE 367-1979 used?

IEEE 367-1979 is typically used in electric power station studies where grounding performance must be reviewed under fault conditions. It is relevant to substations, generating stations, and other power facilities with complex grounding networks, buried conductors, and nearby metallic systems. Engineers may use it when examining induced voltage on control circuits, station structures, communication paths, or other conductive elements that can be affected by a fault. It is also useful during design checks and retrofit assessments.

Importance in practice

In practice, IEEE 367-1979 helps reduce uncertainty in grounding design by providing a focused method for evaluating fault-related voltage effects. That matters for safety, coordination, and reliable system documentation, especially where induced voltage or ground potential rise could influence equipment rating decisions or operational limits. The standard can also support procurement and review processes by giving a common technical basis for comparing grounding studies. For organizations working with IEEE 367-1979, it helps improve consistency in fault analysis and risk control.

• Ground potential rise evaluation
• Induced voltage analysis
• Power fault study reference
• Station grounding design support
• Safety-focused engineering review