IEEE P60255-118-1/D8, Jan 2018

P60255-118-1/D8, Jan 2018 is a technical standard for synchrophasor measurements in power systems, with a focus on how electrical quantities are measured and represented for monitoring and control. It is relevant to components, circuits, devices and systems used in power and energy applications where accurate phase and timing information matters. For engineers and procurement teams, P60255-118-1/D8, Jan 2018 helps define a consistent basis for evaluation, interoperability, and performance comparison.

Overview of P60255-118-1/D8, Jan 2018

This document addresses the measurement aspects of synchrophasor for power system applications, where precision and consistency are central to reliable system observation. It is typically used in contexts that involve electrical measurement devices, signal processing, and grid-facing equipment. P60255-118-1/D8, Jan 2018 is useful when specifying how measurements should be treated, compared, or validated across systems that support power network analysis, automation, or monitoring. Its inactive status may still matter for legacy equipment and reference-based review.

Typical use cases

P60255-118-1/D8, Jan 2018 is commonly relevant in substations, grid monitoring systems, and test environments that evaluate synchrophasor measurement performance. It may be used when comparing measurement behavior across devices such as relays, power quality monitors, or other instrumentation tied to power system observation. The standard is also useful during engineering reviews for measurement chains, communications-assisted monitoring, and commissioning workflows where time-aligned electrical data must be checked against defined expectations.

Why it matters

In power system engineering, measurement quality directly affects visibility, control decisions, and diagnostic confidence. P60255-118-1/D8, Jan 2018 supports clearer compliance checks and more consistent testing of synchrophasor-related measurements, helping reduce ambiguity between manufacturers and users. For inactive but still referenced documents, it can remain important in procurement, maintenance, and legacy system support, where historical requirements or installed equipment need to be assessed against a known technical baseline.

• Synchrophasor measurement context
• Power system monitoring and analysis
• Electrical device performance evaluation
• Legacy reference for compliance review