IEEE P1036/D9, Oct 2019
IEEE Approved Draft Guide for the Application of Shunt Power Capacitors
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- Language: English
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About This Item
IEEE P1036/D9, Oct 2019 is an approved draft guide focused on the application of shunt power capacitors in power systems. It addresses practical engineering considerations for selecting, applying, and integrating capacitors used to support voltage control, reactive power management, and overall system performance. For utilities, industrial installations, and equipment engineers, IEEE P1036/D9, Oct 2019 helps frame consistent technical decisions where capacitor application can affect reliability, losses, and operating stability.
About IEEE P1036/D9, Oct 2019
This draft guide provides technical direction for the application of shunt power capacitors, a component category commonly used in electric power and industrial systems. IEEE P1036/D9, Oct 2019 is intended to support sound engineering practice by outlining the considerations that influence capacitor use, including system conditions, installation context, and expected operating behavior. As an IEEE-approved draft, it is relevant for teams evaluating design approaches, specification language, or internal application criteria for capacitor-based power support.
Where is IEEE P1036/D9, Oct 2019 used?
IEEE P1036/D9, Oct 2019 is typically used where shunt capacitors are applied to improve power system performance, such as in substations, feeder circuits, motor-heavy facilities, and other distribution-level installations. It is relevant to engineers working on voltage support, power factor correction, and reactive compensation in utility and industrial environments. The guide may also be useful during equipment selection, system studies, and project planning when capacitor banks or related components are being considered for service.
Importance in practice
In practice, IEEE P1036/D9, Oct 2019 matters because shunt capacitor application can influence electrical efficiency, voltage behavior, and system reliability. Using a consistent guide helps reduce design uncertainty and supports better alignment between engineering intent and field conditions. It can also aid procurement and review processes by clarifying application expectations for capacitor equipment, installation choices, and operating limits. For teams responsible for power quality or system stability, this draft guide supports more controlled and defensible technical decisions.
- Shunt power capacitor application guidance
- Voltage support and reactive power considerations
- Power factor correction context
- Utility and industrial power systems
- Design, selection, and installation review
- Publication Date: 2020
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
- New Version Available: P1036 (2025)
- This Version: P1036 (2020)
- Previous Version: P1036 (2019)
- Previous Version: P1036 (2018)
- Previous Version: P1036 (2010)
- Previous Version: P1036 (2010)
- Previous Version: P1036 (2009)
- Previous Version: P1036 (2006)
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