Overview

This course is designed to provide an opportunity for students to gain an understanding of the principles and practices of synchrophasor measurement and application.

Course topics include:

• Purpose and function of synchrophasor measurements
• Time-synchronization tools
• Phasor and frequency measurements
• Dynamic performance
• Visualization tools

What You Will Learn

Use SEL Synchrophasor measurement to economically solve real-world problems in operations, planning, and protection.

Course participants will:

• Apply synchrophasor and precise-time measurement theories and discover their importance to the electric power system.
• Apply synchrophasor technologies to assist with event analysis, troubleshooting, system performance, and system-level checks.
• Apply synchrophasor technology to measure voltage and angle stability.
• Explore the C37.118 standard, communications requirements, and compliance methods.
• Measure dynamic system performance during steady-state and fault conditions in an open- and closed-looped system using a Real Time Digital Simulator (RTDS^®).
• Configure synchrophasor components, including phasor measurement units, clocks, communications equipment, data processing devices, and display tools.
• Retrieve and analyze device data for monitoring purposes, including early warning data, diagnostics, and data logs.

Course Fee

Course Hours