IEEE P519/D6ba, Sept 2013
IEEE Draft Recommended Practices and Requirements for Harmonic Control in Electric Power Systems
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About This Item
IEEE P519/D6ba, Sept 2013 is a draft recommended practice for harmonic control in electric power systems, aimed at helping engineers address power quality issues caused by nonlinear loads and interconnected equipment. As an inactive IEEE technical document, IEEE P519/D6ba, Sept 2013 is most relevant where current and voltage harmonics can affect system performance, equipment reliability, and compatibility across power, energy, and industrial applications. It provides context for evaluating harmonic limits, mitigation approaches, and system behavior in practical installations.
Overview of IEEE P519/D6ba, Sept 2013
This draft recommended practice focuses on harmonic control within electric power systems, where waveform distortion can influence motors, drives, transformers, and other connected devices. IEEE P519/D6ba, Sept 2013 is intended to guide engineering decisions around acceptable harmonic levels, system planning, and corrective measures. In practice, it supports a more consistent approach to assessing distortion and coordinating electrical equipment so that installations can operate more predictably under mixed-load conditions.
Typical use cases
IEEE P519/D6ba, Sept 2013 is typically used when reviewing facilities with variable-speed drives, rectifiers, converters, or other nonlinear loads that may introduce harmonic distortion. It is also relevant in industrial plants, utility-connected installations, and power distribution systems where equipment interaction can affect voltage quality. Engineers may use the document when planning mitigation, comparing design options, or checking whether a system configuration is likely to remain within accepted harmonic control expectations.
Why it matters
Harmonic distortion can create overheating, misoperation, nuisance trips, and reduced efficiency, so clear technical guidance is important. IEEE P519/D6ba, Sept 2013 helps support better design control and more consistent compliance checks by defining a framework for managing harmonic effects in electric power systems. That can reduce commissioning risk, improve procurement decisions for power equipment, and make performance expectations clearer for both designers and operators.
- Harmonic control guidance
- Electric power system planning
- Nonlinear load assessment
- Distortion mitigation review
- Publication Date: 2013
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Fields, Waves and Electromagnetics; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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