IEEE PC37.015/D2, May 2016
IEEE Draft Guide for the Application of Shunt Reactor Switching
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- Availability: Immediate Download
- Language: English
- License Type: Single User
- Updates: Not Included
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- Language: English
- License Type: Enterprise / Multi User
- Updates: Included
About This Item
IEEE PC37.015/D2, May 2016 is a draft technical document for the application of shunt reactor switching in power and energy systems. It addresses the engineering considerations involved in switching reactors used to manage reactive power and voltage conditions, where transient effects can influence equipment stress and operating reliability. As a draft guide, IEEE PC37.015/D2, May 2016 is relevant for teams evaluating switching practices, design choices, and system behavior in high-voltage applications.
About IEEE PC37.015/D2, May 2016
This draft guide focuses on the application of shunt reactor switching, a specialized topic in electrical power engineering. Shunt reactors are commonly used to absorb reactive power and help control voltage on transmission and distribution networks, especially under light-load conditions. IEEE PC37.015/D2, May 2016 provides guidance that may support equipment selection, switching method review, and system studies where reactor energization and de-energization must be considered carefully for performance and transient control.
Where is IEEE PC37.015/D2, May 2016 used?
IEEE PC37.015/D2, May 2016 is used in utility transmission networks, substations, and other high-voltage installations where shunt reactors are applied to support voltage regulation. It is also relevant to engineers working on circuit breakers, switching devices, protection coordination, and system studies for reactor-connected equipment. The guidance may assist during planning, design review, commissioning, and operational analysis when switching performance and transient behavior are important to reliable grid operation.
Importance in practice
In practice, IEEE PC37.015/D2, May 2016 helps improve consistency in how shunt reactor switching is assessed and applied. That can reduce the risk of excessive switching transients, support safer equipment operation, and improve coordination between system design and operating procedures. For procurement and engineering teams, the draft guide may also help define expectations for performance, testing, and application limits, which is important when comparing equipment options or validating a switching scheme.
- Shunt reactor switching application guidance
- High-voltage power system use cases
- Transient and operating behavior considerations
- Support for design, review, and commissioning
- Useful for utility and substation engineering
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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