IEEE 1729-2014
IEEE Recommended Practice for Electric Power Distribution System Analysis
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- Language: English
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- Language: English
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About This Item
IEEE 1729-2014 is a technical guide for electric power distribution system analysis, helping engineers evaluate how distribution networks behave under real operating conditions. It focuses on the planning and study methods needed to understand power flow, equipment loading, and network performance across components, circuits, devices, and related field effects. For organizations working with distribution systems, IEEE 1729-2014 supports more consistent analysis and clearer engineering decisions.
What is IEEE 1729-2014?
This standard sets out recommended practice for analyzing electric power distribution systems, with emphasis on the technical methods used to study system behavior. It is intended to support engineering analysis rather than define a mandatory product requirement. In practice, IEEE 1729-2014 helps users assess how distribution feeders, connected devices, and system elements interact under load and operating variations. The document is useful where careful modeling, comparison, and interpretation of distribution performance are needed.
Where is IEEE 1729-2014 used?
IEEE 1729-2014 is typically used in utility distribution planning, system studies, and engineering workflows that examine feeder performance and device interactions. It may also be relevant to consultants, design teams, and operators working on distribution circuits, station equipment, and connected components in power systems. The standard is most useful when evaluating network behavior, identifying operating limits, or comparing alternative design approaches for electric power distribution analysis.
Why is IEEE 1729-2014 important?
Using IEEE 1729-2014 can improve consistency in technical studies and reduce uncertainty in distribution system decisions. A common analytical framework helps support better design review, operating assessment, and procurement alignment for equipment connected to the distribution network. It also aids compliance-oriented engineering work by giving teams a clearer basis for comparing results, documenting assumptions, and checking performance against expected system conditions. That can lower risk in planning and analysis tasks.
- Electric power distribution system analysis
- Recommended engineering practice
- Feeder and device performance review
- Planning, study, and comparison workflows
- English-language inactive standard
- Publication Date: 2014
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems; Fields, Waves and Electromagnetics
- Official IEEE: Doi link
- This Version: 1729 (2014)
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