IEEE PC37.244 D6.0 January 23, 2013 is a draft IEEE guide focused on phasor data concentrator requirements for power system protection, control, and monitoring. It addresses how concentrators collect, align, and manage synchrophasor data so operators and protection schemes can use time-synchronized measurements with greater confidence. For utilities and related engineering teams, this technical document helps define consistent expectations for functionality, data handling, and system integration in power and energy applications.

IEEE PC37.244 D6.0 January 23, 2013 overview

IEEE PC37.244 D6.0 January 23, 2013 provides guidance for specifying phasor data concentrator requirements in grid environments where synchronized measurements support operational decisions. Its technical context sits within power-system protection, control, and monitoring, where accurate data aggregation is essential. The guide is relevant to components, circuits, devices, and systems that exchange phasor information. By framing expected concentrator behavior, it supports more consistent engineering, procurement, and evaluation of related equipment and workflows.

Typical use cases

This standard is commonly used when defining requirements for phasor data concentrators in substations, control centers, and other monitoring points that receive synchrophasor streams from multiple measurement devices. It is also useful for teams integrating protection and control applications that depend on time-aligned data, such as wide-area visibility, disturbance analysis, and operational monitoring. In power systems work, IEEE PC37.244 D6.0 January 23, 2013 can help align vendor capabilities with utility specifications and system architecture.

Why this standard matters

IEEE PC37.244 D6.0 January 23, 2013 matters because phasor data concentrator behavior affects the quality and usefulness of the information feeding protection and control functions. Clear requirements can reduce integration risk, improve consistency across devices, and support more dependable testing and acceptance. For procurement and design teams, the guide offers a technical reference for evaluating performance expectations, data handling practices, and compliance with a defined approach to synchronized power-system monitoring.

• Phasor data concentrator requirements
• Power system protection and control
• Synchrophasor data alignment
• Monitoring and operational visibility
• Utility and substation integration