Our Events

In this webinar, we will show how MATLAB and Simulink can be used to validate renewable energy models to help address regulatory requirements for commissioning, such as voltage-ride through requirements. As a result of the increasing number of utility-scale solar, wind, and energy storage systems, regulatory requirements have recently been expanded to include many renewable energy installations.

In this webinar, we will perform system-level simulation of a microgrid system to demonstrate system optimization and validation of an industrial-scale distributed control system. The webinar will show how designing with simulation helps minimize time for testing of new safety critical algorithms and improves equipment uptime in the field.

This series will look at two current trends affecting mining companies: the need to improve energy efficiency in order to reduce carbon emissions, and the growing benefits of autonomous mine operations. You will hear from experts in the field and MathWorks Australia engineers about the innovations and practical frameworks you can use to address these trends in your own operations.

This 2-W EV webinar series will highlight the MBD approach and showcase how System Modelling & Simulation can be used to achieve safety, thermal, and range targets to deliver vehicle electrification on a scale while keeping on the constraints of cost, quality, and time. Starting with the selection & sizing of battery, motor, and power electronics components to designing associated software control algorithms in a rigorous manner for a range of operational scenarios, the series will cover the journey of designing your two-wheeler from prototyping to production.

Discover how to use Model-Based Design with MATLAB® and Simulink® for Automotive/EV/ADAS in this workshop session.

In this webinar, MathWorks will demonstrate a workflow that provides system-level electrical loading information to inform an electrical system design task. The electrical system in this case will be a parallel-connected fuel-cell stack and battery energy storage system. The aim of the electrical design is to develop the most efficient power supply to meet the needs of a given drive cycle. The electrical design is then evaluated in a full-system level model.

Learn how synthesized radar data can be used to improve your design choices, how design models can be shared across organizations, and how testing data can be used to shorten integration cycles.

On Day 2 of the Accelerate Electric Systems Development with Model Based Design series, we discuss how MBD approaches can significantly improve your workflows from design to verification.

On Day 1 of the Accelerate Electric Systems Development with Model-Based Design Series, we begin by discussing how the electrification of systems is modernising industries in Australia and having an impact on the way we move, the way energy is produced and consumed, and our carbon footprint.