I am currently developing a Simulink-based model for controlling the current delivered to a dual-motor inverter system in an electric powertrain, as part of a Formula Student vehicle project.
The controller will run on an embedded unit and will be responsible for computing the reference currents based on various inputs, such as vehicle speed, throttle position, and steering angle. The model will eventually be converted to C code using MATLAB tools for deployment on the ECU.
I already have experience using MATLAB and Simulink and would like to ask if you have any guidance, documentation, or reference Simulink models relevant to electric powertrain current control, inverter control, or electric motor control systems. I would also appreciate your advice on which MATLAB/Simulink toolboxes or add-ons are best suited for this type of application.
Thank you in advance for your time and support.I am currently developing a Simulink-based model for controlling the current delivered to a dual-motor inverter system in an electric powertrain, as part of a Formula Student vehicle project.
The controller will run on an embedded unit and will be responsible for computing the reference currents based on various inputs, such as vehicle speed, throttle position, and steering angle. The model will eventually be converted to C code using MATLAB tools for deployment on the ECU.
I already have experience using MATLAB and Simulink and would like to ask if you have any guidance, documentation, or reference Simulink models relevant to electric powertrain current control, inverter control, or electric motor control systems. I would also appreciate your advice on which MATLAB/Simulink toolboxes or add-ons are best suited for this type of application.
Thank you in advance for your time and support. I am currently developing a Simulink-based model for controlling the current delivered to a dual-motor inverter system in an electric powertrain, as part of a Formula Student vehicle project.
The controller will run on an embedded unit and will be responsible for computing the reference currents based on various inputs, such as vehicle speed, throttle position, and steering angle. The model will eventually be converted to C code using MATLAB tools for deployment on the ECU.
I already have experience using MATLAB and Simulink and would like to ask if you have any guidance, documentation, or reference Simulink models relevant to electric powertrain current control, inverter control, or electric motor control systems. I would also appreciate your advice on which MATLAB/Simulink toolboxes or add-ons are best suited for this type of application.
Thank you in advance for your time and support. racinglounge, inverter_controller MATLAB Answers — New Questions

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