IEC TR 61869-102:2014
Instrument transformers - Part 102: Ferroresonance oscillations in substations with inductive voltage transformers
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About This Item
IEC TR 61869-102:2014 addresses ferroresonance oscillations in substations with inductive voltage transformers, making it a relevant technical reference for teams evaluating voltage transformer behavior in electrical networks. For engineering, testing, and procurement workflows, IEC TR 61869-102:2014 helps frame technical review around a known substation phenomenon that can affect operational consistency, equipment stress, and overall system behavior. It is particularly useful where documented evaluation and risk management are needed before deployment or acceptance.
What is IEC TR 61869-102:2014?
IEC TR 61869-102:2014 is a technical report focused on ferroresonance oscillations associated with substations that use inductive voltage transformers. Based on the title, its purpose is to support technical assessment of a specific electrical issue rather than to define a broad product requirement. Organizations may use it as a compliance reference, engineering documentation source, or supporting technical document when reviewing transformer application, system interaction, and possible instability conditions during conformity assessment or design validation.
Applications of IEC TR 61869-102:2014
This document is most relevant in substations, utility installations, and other high-voltage environments where inductive voltage transformers are used for measurement, protection, or system monitoring. It may support laboratory evaluation, field troubleshooting, and testing workflows intended to understand or mitigate ferroresonance-related behavior. Engineering teams often consult it during product evaluation, technical validation, and specification review when comparing equipment choices or assessing whether a proposed installation could introduce unwanted oscillatory effects.
Why is IEC TR 61869-102:2014 important?
The technical value of IEC TR 61869-102:2014 lies in helping organizations recognize and address a substation phenomenon that can affect safety, equipment performance, and reliability. By providing a focused reference for ferroresonance in systems with inductive voltage transformers, it supports more consistent testing, better conformity assessment preparation, and clearer procurement decisions. It can also reduce technical uncertainty during design review, helping teams align engineering validation and quality assurance activities with realistic operational risks.
- Useful for reviewing ferroresonance behavior in substation voltage transformer applications
- Supports technical assessment during design, testing, and commissioning workflows
- Helps teams document risk reduction measures for electrical system stability
- Relevant to procurement and specification review for inductive voltage transformer installations
- Provides a focused reference for conformity assessment and engineering validation activities
- Publication Date: 2014-01-21
- Standard Status: Original
- Publisher: IEC
- Edition: 1
- This Version: IEC TR 61869-102:2014 (2014-01-21)
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