IEEE PC37.015/D4, Aug 2017
IEEE Draft Guide for the Application of Shunt Reactor Switching
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- Language: English
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- Language: English
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About This Item
IEEE PC37.015/D4, Aug 2017 is a draft technical guide for the application of shunt reactor switching in power systems. It focuses on the practical electrical behavior and operating considerations that arise when switching shunt reactors, a task that can create transient conditions and equipment stress. This standard is relevant to engineers who need a careful, technically consistent approach to design, coordination, and performance evaluation in power, energy, and industrial applications.
What is IEEE PC37.015/D4, Aug 2017?
This draft guide addresses the application of shunt reactor switching and the engineering issues associated with controlling reactive power devices in high-voltage environments. IEEE PC37.015/D4, Aug 2017 is intended to help define a common technical basis for evaluating switching behavior, system response, and related equipment considerations. As a draft IEEE document, it reflects a working framework for guidance rather than a finalized rule set, making it useful for planning, review, and technical discussion.
Where is IEEE PC37.015/D4, Aug 2017 used?
IEEE PC37.015/D4, Aug 2017 is used in power transmission and utility environments where shunt reactors are applied to manage voltage and reactive power. It is also relevant to industrial power systems that incorporate high-voltage switching equipment, circuit breakers, and associated control schemes. The guide may support equipment specification, system studies, and switching practice for installations where reactor energization and de-energization must be handled with care to limit transient effects and maintain stable operation.
Why is IEEE PC37.015/D4, Aug 2017 important?
This standard matters because shunt reactor switching can influence system performance, insulation stress, and equipment duty. IEEE PC37.015/D4, Aug 2017 helps provide a technical reference for consistent application decisions, which can improve coordination between design, testing, and procurement teams. Using a recognized guide may reduce uncertainty when selecting switching arrangements or assessing operational risk. For organizations working in power and energy systems, it supports more disciplined engineering judgment and safer, more consistent practice.
- Shunt reactor switching guidance
- High-voltage power system application
- Transient and operating considerations
- Utility and industrial use cases
- Draft technical reference for engineering review
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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