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ELECTRIC VEHICLE MODELLING AND SIMULATION: ARCHITECTURE TO DEPLOYMENT

This virtual series focuses on how MATLAB and Simulink support the development
of electric vehicles through modelling and simulation of systems and software.
MathWorks engineers from across Europe will share their experiences in the
automotive industry from their work on projects and supporting customers.

This series of webinars will cover the following topics:

Electric Vehicle Architecture Design and Analysis: How simulation and analysis
support systems engineering activities, demonstrating a workflow
for architectural modelling and requirements management that integrates with
Model-Based Design for implementation.

Modelling and Simulation of Battery Systems with Simulink: How
battery models and battery management systems can be developed to provide
insights that support decision making during the design process.

Developing Field-Oriented Control Algorithms for Brushless Motors: How motor
control algorithms can be developed and implemented in Simulink, walking through
a reference example of how to simulate a field-oriented control algorithm and
deploy code to a TI C2000 microcontroller for a permanent magnet synchronous
motor (PMSM).

Integrating FEM Motor Data into Simscape Electrical: Engineers developing
electric motor controls often need to simulate the nonlinear behavior of a motor
which depends on things like load torque, speed and rotor angle. The motor
design tool Motor-CAD solves for this nonlinear behavior using finite element
(FE) analysis. This webinar will show how motor data is extracted from a
Motor-CAD model and imported into a Simscape Electrical model as look-up tables.

Date Topic

22 November Electric Vehicle Architecture Design and Analysis Register

23 November

 Modelling and Simulation of Battery Systems with Simulink

Register

24 November

 Developing Field-Oriented Control Algorithms for Brushless Motors

Register

30 November

 Integrating FEM Motor Data into Simscape Electrical

Register





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