IEEE P60255-118-1/D7, Jun 2017

P60255-118-1/D7, Jun 2017 is a technical standard focused on synchrophasor measurements for power systems, with particular relevance to components, circuits, devices, and system-level performance. It addresses how measurement data for synchrophasors should be handled so that values remain usable for monitoring, control, and analysis in electrical networks. For engineering teams and purchasers, this standard helps define a clear reference for measurement-related requirements and supports more consistent evaluation of compliant equipment.

What is P60255-118-1/D7, Jun 2017?

P60255-118-1/D7, Jun 2017 sets out requirements for synchrophasor measurement in power system applications. In practical terms, it helps describe how electrical quantities are measured and represented so they can be compared across devices and systems. As part of the P60255 series, it is relevant to instrument and protection-related engineering where accuracy, timing, and consistency matter. This technical document is commonly used as a basis for design review, testing, and specification alignment in measurement-focused power system applications.

Where is P60255-118-1/D7, Jun 2017 used?

P60255-118-1/D7, Jun 2017 is typically used in power system monitoring environments where synchrophasor data supports visibility into grid behavior. That may include measurement devices, relay and control equipment, substation systems, and other networked components used for system observation or analysis. The standard is especially relevant where synchronized measurements are needed to compare electrical conditions across different points in a network. In these settings, P60255-118-1/D7, Jun 2017 can guide technical evaluation and interoperability planning.

Why is P60255-118-1/D7, Jun 2017 important?

This standard matters because synchrophasor measurements must be reliable enough to support operational decisions and engineering analysis. P60255-118-1/D7, Jun 2017 can help reduce ambiguity in procurement, testing, and compliance review by giving buyers and engineers a defined technical reference. It also supports consistency between devices, which is important when data is used for monitoring, control, or event assessment. In power system work, that consistency can help lower integration risk and improve confidence in measured results.

• Synchrophasor measurement requirements
• Power system monitoring context
• Device and system evaluation
• Testing and compliance reference
• Measurement consistency and interoperability