IEEE P1368/D23.1

IEEE P1368/D23.1 is a draft guide focused on aeolian vibration field measurements of overhead conductors, giving engineers a technical basis for observing how wind-driven motion affects line performance. In the power, energy and industry applications context, this standard helps support more consistent measurement practices, better comparison of results, and clearer reporting of conductor behavior in service. It is most relevant where vibration data is needed to assess operating conditions, durability, and response to environmental loading.

Overview of IEEE P1368/D23.1

IEEE P1368/D23.1 addresses field measurement practices for aeolian vibration, the low-amplitude, wind-induced motion that can occur on overhead conductors. The document is intended to guide how measurements are taken and interpreted so results are more consistent across sites and projects. As a draft guide, it is especially useful for teams involved in evaluation, inspection, and technical review of transmission or distribution assets where vibration behavior may influence reliability and maintenance planning.

Typical use cases

This guide may be used during field studies on overhead lines to measure conductor vibration under actual weather conditions. It is relevant to utilities, line engineers, testing teams, and consultants assessing conductor performance, clamp regions, and span behavior. IEEE P1368/D23.1 can also support comparisons between locations, help document operating exposure, and inform analysis tied to maintenance decisions, retrofit planning, or condition-based assessments of overhead conductors in power systems.

Why it matters

Consistent field measurement practice matters because aeolian vibration can affect conductor fatigue, hardware wear, and long-term line integrity. IEEE P1368/D23.1 helps reduce ambiguity in how data is gathered, which supports better engineering decisions and more reliable comparisons between projects. For procurement, testing, and asset management workflows, the guide can improve traceability and reduce risk by aligning measurement results with a recognized technical approach for overhead conductor vibration assessment.

• Aeolian vibration field measurement
• Overhead conductor performance
• Wind-induced motion assessment
• Utility inspection and analysis
• Reliability and fatigue evaluation