Hybrid Car Model MATLAB Simulink Simscape

Project Media

|:--:| | Engine Block | | Electric Block | | Transmission Block | | Differential Block | | Tires&Brakes Block | | Vehicle Block | | Engine Optimization via Model-Based Calibration Toolbox | | Scopes Block | | Documentation Block |

Description

I designed a Hybrid Car Model using MATLAB Simulink Simscape and Powertrain Blockset. The first picture is the engine part of the vehicle, the second picture is the battery design and Mapped engine, the third picture is the transmission, the fourth picture is the differentials, the 5th picture is the brake and wheel physics, the 6th picture is the design of the environmental features of the vehicle and the road it travels. In the battery design, I chose the lithium-ion variant battery. As seen in the 7th picture, I tested and optimized some features of the engine thanks to the Model-Based Calibration Toolbox. I re-imported the results to the Simulink model. To avoid ambiguity, I've included a description of some of the GoTo-From block names I use in the documentation. You can use the Scopes Subsystem to plot and compare the results.

Tools and Languages

<a href="https://www.mathworks.com/" target="_blank" rel="noreferrer"> <img src="https://upload.wikimedia.org/wikipedia/commons/2/21/Matlab_Logo.png" alt="matlab" width="40" height="40"/> </a>

<p> * MATLAB 2023a </p> <p> * Simulink </p> <p> * Simulink Powertrain Blockset </p> <p> * Simscape Driveline </p> <p> * Simulink Desktop Real-Time </p> <p> * MATLAB Model-Based Calibration Toolbox </p>

Installation

1. Download HybridCarModel.slx and HybridCarSI.mat files.
2. Open the Simulink Model. You can use the .mat file to implement engine data or optimize your own data on the Model-Based Calibration Toolbox.

Open to Development

Please share your comments and ideas about the project with me. Thank you for your time.