Free Green Vehicle Interactive Kit
See how Model-Based Design addresses the complexity of designing green vehicles
Automotive engineers use MathWorks products and Model-Based Design to develop alternative fuel vehicles that satisfy government regulations, customer expectations and meet environmental challenges.
Complete this form for access to technical resources that demonstrate how green vehicle makers use MathWorks products and Model-Based Design to:
- Create executable specifications in the form of Simulink models that provide clear design direction
- Perform design tradeoff studies as well as debug algorithms, before physical prototypes are available.
- Leverage code generation technology to deploy designs to prototype hardware and production embedded systems
Recorded Presentations
Product demonstrations led by automotive and green vehicle product experts:- Model-Based Design for Hybrid Electric Powertrain Systems
- Design and Verify Control Systems Using Simulink (part 1): Introduction to Dynamic Simulation
- Design and Verify Control Systems Using Simulink (part 2): Plant Modeling
- Design and Verify Control Systems using Simulink (Part 3): Control Design
- Design and Verify Control Systems using Simulink (Part 4): Real-Time Testing
- Production Code Generation and Verification for the Automotive Industry
- Generating Optimal Engine Calibrations using Model-Based Calibration Toolbox
- Developing Accurate Battery Simulation Models
- Five Reports to Carry into Design Reviews
User Stories
Concise reports about MathWorks customers solving real-world problems:- General Motors
- Eaton Corporation
- Argonne National Laboratory PSAT Toolkit
- Dongfeng
Technical Literature
Papers, articles, and reports about green vehicles:- Using Model-Based Design to Build the Tesla Roadster
- Model-Based Design fro Hybrid Electric Vehicle Systems
- Analyzing Test Data from a Worldwide Fleet of Fuel Cell Vehicles at Daimler AG
- Evaluating Plug-in Series Hybrid Designs for Postal Delivery Vehicles