IEEE P2828/D4, Dec 2020
IEEE Approved Draft Guide For Measuring Method of Overhead Power Transmission Line Galloping Based on Monocular Video
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- Language: English
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About This Item
IEEE P2828/D4, Dec 2020 is an IEEE approved draft guide focused on measuring overhead power transmission line galloping using monocular video. It addresses a practical monitoring problem in power systems: how to observe, measure, and document galloping behavior with a video-based method that can support engineering analysis and field evaluation. For utilities, test teams, and line engineers, this draft guide helps define a more consistent approach to capturing motion and comparing results.
About IEEE P2828/D4, Dec 2020
This standard document is aimed at a specific measurement method rather than general line design. IEEE P2828/D4, Dec 2020 describes guidance for evaluating overhead transmission line galloping from monocular video, which may be used when visual observation and recorded footage are needed to quantify conductor movement. In the context of components, circuits, devices and systems, it supports technical consistency in how galloping data is gathered, interpreted, and applied to power transmission studies.
Where is IEEE P2828/D4, Dec 2020 used?
IEEE P2828/D4, Dec 2020 is most relevant in overhead transmission line inspection, storm-condition monitoring, and field investigations where galloping can affect line performance. It may be used by utility engineering groups, line maintenance teams, and researchers working with camera-based monitoring of conductors and related hardware. The guide is also useful in test and analysis workflows that compare motion across spans, support incident review, or help document conditions affecting power delivery infrastructure.
Importance in practice
In practice, the value of IEEE P2828/D4, Dec 2020 lies in improving measurement consistency and reducing ambiguity in galloping assessment. A defined monocular video method can help teams compare observations more reliably, support compliance-oriented documentation, and improve decisions about risk, maintenance, and mitigation. For transmission operators, a clear technical reference is especially useful when evaluating performance under environmental conditions that may trigger conductor motion and related operational concerns.
- Monocular video measurement method
- Overhead transmission line galloping
- Field observation and analysis
- Utility and engineering workflows
- Draft guide for consistent evaluation
- Publication Date: 2020
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
- This Version: P2828 (2020)
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