IEEE PC37.242/D3, Sept 2020
IEEE Draft Guide for Synchronization, Calibration, Testing, and Installation of Phasor Measurement Units (PMUs) for Power System Protection and Control
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Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC37.242/D3, Sept 2020 is a draft IEEE technical document focused on synchronization, calibration, testing, and installation of phasor measurement units (PMUs) for power system protection and control. It addresses how PMUs should be prepared and applied in power and energy systems where timing accuracy and measurement consistency are critical. For engineers and technical teams, this standard can help support more reliable commissioning, better interoperability, and more disciplined field deployment of PMU-based equipment.
About IEEE PC37.242/D3, Sept 2020
IEEE PC37.242/D3, Sept 2020 provides guidance for working with PMUs in protection and control applications, with emphasis on synchronization, calibration, testing, and installation practices. As a draft guide, it is aimed at aligning technical expectations before equipment is put into service or integrated into a wider system. The document is relevant to power system instrumentation where timing reference, measurement quality, and installation method can directly affect operational performance and data confidence.
Where is IEEE PC37.242/D3, Sept 2020 used?
This standard is typically used in substations, control centers, and utility environments where PMUs support monitoring, disturbance analysis, or protection and control functions. It may also be relevant during laboratory testing, site acceptance, and commissioning workflows for measurement devices tied to grid infrastructure. Because it covers installation and calibration as well as synchronization, IEEE PC37.242/D3, Sept 2020 is useful wherever accurate time-tagged phasor data must be dependable across connected power system equipment.
Importance in practice
In practice, IEEE PC37.242/D3, Sept 2020 helps reduce uncertainty in how PMUs are installed and verified, which can improve consistency across projects and procurement specifications. Clear guidance on testing and calibration supports better quality control, while synchronization requirements help limit timing-related errors that could affect protection or control decisions. For organizations deploying PMU-based systems, using a defined technical reference can also lower integration risk and make compliance checks more straightforward.
- PMU synchronization guidance
- Calibration and verification practices
- Installation considerations for grid environments
- Testing for protection and control applications
- Draft technical reference for power system use
- Publication Date: 2020
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
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