Modern Electrification Workflows Series

Explore the latest tools and workflows for power system analysis, model validation, and energy management in this comprehensive MathWorks webinar series. Designed for electrical engineers, system integrators, and researchers, these sessions cover key topics in grid connection studies, model optimisation, battery management systems, and microgrid feasibility analysis. Learn from MathWorks experts as they demonstrate practical solutions using MATLAB, Simulink, and Simscape, helping you streamline compliance, improve model accuracy, and optimise system design.

Highlights

1. Discover automated workflows to streamline DMAT and GPS compliance, link requirements to model components, and generate comprehensive compliance reports.
2. Learn best practices for validating and optimising power system models using real-world data, automated parameter tuning, and AEMO-recommended validation checks.
3. See how to design, test, and validate robust Battery Management System algorithms for fault detection using Simscape Battery, Simulink Fault Analyzer, and Stateflow.
4. Gain insights into techno-economic analysis of microgrids, including optimal DER sizing, financial metrics, and sensitivity analysis to guide implementation decisions.

About the Presenter

Dr Muhammad Ali is a Senior Application Engineer at MathWorks and works closely with Simulink and Simscape customers to understand their business objectives and ensure that they are getting the most value out of our products and services. Ali has a background in renewable energy integration, microgrids, battery management systems and retrofitting existing aircraft into electric. He did his PhD from UNSW Australia where he got the opportunity to work on dispatchable inverter control techniques for microgrids, and testing off-the-shelf PV inverters while working on ARENA funded project.

Danielle Chu is a product manager at MathWorks supporting the Simscape product family and specializing in power electronics and battery systems.  Prior to joining MathWorks, Danielle was at John Deere for 7 years, involved in developing power electronics control systems.  Prior to employment at John Deere, she performed postdoctoral work at the Center for Advanced Power Systems (CAPS), Florida State University and received her PhD in electrical engineering from the University of South Carolina and her MS in electrical engineering from Mississippi State University