IEEE PC37.247/D2.47, Sep 2018 is a draft IEEE standard focused on phasor data concentrators for power systems, with attention to how these devices collect, align, and manage synchronized measurement data. It is relevant where utility and grid applications depend on consistent phasor information for monitoring and analysis. As a technical document in the power, energy, and industrial applications space, IEEE PC37.247/D2.47, Sep 2018 helps define a common basis for performance and interoperability.

What is IEEE PC37.247/D2.47, Sep 2018?

This draft standard addresses phasor data concentrators, which are used to gather data from multiple synchronized measurement sources and present it in a usable form for power-system applications. IEEE PC37.247/D2.47, Sep 2018 is part of the technical framework for defining how such equipment should operate, exchange data, and support coordinated system visibility. For engineers and purchasers, it provides a reference point for evaluating functional expectations, interface behavior, and compliance-related requirements.

Where is IEEE PC37.247/D2.47, Sep 2018 used?

IEEE PC37.247/D2.47, Sep 2018 is typically used in electric power environments where phasor measurements need to be concentrated for monitoring, analysis, or control support. That can include utility substations, grid visibility systems, wide-area measurement workflows, and related engineering equipment in power-system operations. It is especially relevant when multiple synchronized data streams must be handled consistently, whether for system studies, operational awareness, or equipment integration within a larger monitoring architecture.

Why is IEEE PC37.247/D2.47, Sep 2018 important?

This standard matters because phasor data concentrators sit between measurement devices and the systems that depend on their output. IEEE PC37.247/D2.47, Sep 2018 supports clearer expectations for design, testing, and technical consistency, which can reduce integration risk and improve procurement decisions. In practice, a defined standard helps teams compare equipment more confidently, verify performance against known criteria, and maintain more reliable data handling across power-system applications.

• Phasor data concentrator requirements
• Synchronized measurement handling
• Power-system monitoring context
• Interoperability and data consistency
• Draft technical reference