Version 2.1
This example includes a Hybrid Electric Vehicle model in Simscape™, demonstrating some new features of the recent releases of MATLAB® and featuring Subsystem Reference which enables modular physical modeling workflow.
The model includes an abstract Power-Split Hybrid Electric Vehicle (HEV) model with a simple rule-based controller for speed tracking simulation. It can be used to better understand how to work with Subsystem Reference for an automotive application. For a vehicle model that includes more detailed supervisory and engine controllers, please see the reference applications in Powertrain Blockset™.
The included abstract model is suitable for the system level simulation of longitudinal vehicle behavior as it runs faster than real time. The model consists of components such as motor, engine, power-split device, and so on, and they are built in a modular manner using Subsystem Reference and Simscape product family demonstrating a workflow where physical components are built and tested individually and also they can be easily integrated into a complete vehicle system model.
The HEV model and its component files are managed by a MATLAB project and some components come with their own test setups.
Version 2.1 is available.
See the change log for the details.
Version 1.6 is available.
You can download the ZIP archive of the project from the link below. It does not include Git repository data.
This version requires MATLAB, Simulink®, Simscape, Simscape Driveline™, Simscape Electrical™, Stateflow®, Powertrain Blockset and optionally Parallel Computing Toolbox™.
You can also fork or clone the repository. Note that the latest repository may be ahead of the released version and potentially broken.
You can download the ZIP archive of the project from the links below. It does not include Git repository data.
R2022a:
R2021a, R2021b
These versions require MATLAB, Simulink®, Simscape, Simscape Driveline™, Simscape Electrical™, Stateflow®, Powertrain Blockset and optionally Parallel Computing Toolbox™.
Open HybridElectricVehicle.prj in MATLAB, and
it will automatically open the Live Script HEVProject_main_script.mlx.
The script contains the description of the model and
hyperlinks to models and scripts.
You can try this in MATLAB Online. In MATLAB Online, from the HOME tab in the toolstrip, select Add-Ons → Get Add-Ons to open the Add-On Explorer. Then search for the submission name, navigate to the submission page, click Add button, and select Save to MATLAB Drive.
See ChangeLog.md for changes in each version.
See LICENSE.txt
Copyright 2021-2023 The MathWorks, Inc.