The International Conference on Smart Grid Synchronized Measurements and Analytics 2024 (SGSMA 2024) is the leading forum for disseminating the latest research on Synchronized Measurements and Analytics in Smart Grids. SGSMA brings together leading researchers and developers from academia, research and industry from all over the world to facilitate innovation, knowledge transfer and technical progress. The attendees will get the opportunity to present their findings, learn about the recent research results from others, and be able to network with some of the leading luminaries, academics, researchers and practitioners in this area.

TOPICS OF INTEREST

Theory and fundamentals of synchronized measurements
Synchronized sampling and synchronized phasor calculation
The time reference and clock sources used for synchronized measurements
Time dissemination techniques
Synchronized measurement instrumentation
Calibration systems for synchronized measurement instrumentation
End-to-end calibration of synchronized measurement systems
Procedures for certification of synchronized measurement devices and systems
Acceptance, commissioning and field testing of synchronized measurement systems
Applications of synchronized measurement instruments to critical infrastructure systems
Modeling and simulation of synchronized measurements
Data analytics for power system applications of synchronized measurements
Implementation and design of synchronized measurement devices and systems
Bad data detection and troubleshooting tools for synchronized measurement systems
Metrics for performance evaluation of synchronized measurement applications
Situation awareness systems based on synchronized measurements
Use of synchronized measurements in distribution and the grid “edge” applications
Synchronized measurements in wide-area monitoring, control and protection (WAMPAC)
Educational issues and curriculum related to synchronized measurements
Cybersecurity issues and solutions for synchronized measurement systems
The next generation of EMS and DMS systems based on synchronized measurements