How Much Do You Know About Modeling Fuel Cells? 

PEM fuel cell illustration of the flow of oxygen and hydrogen and the chemical reaction to produce an electric current and water.

With Model-Based Design, behavioral models are at the center of your development process. How much do you know about applying Model-Based Design to the development of fuel cells? 

Take the quiz—just 10 questions—to find out.

Question 1/10

What is Model-Based Design?

Question 2/10

What kind of fuel cell system model can you develop using Model-Based Design?

Question 3/10

Using Model-Based Design for fuel cell system simulation helps with:

Question 4/10

After simulating your fuel cell model—with control algorithms and the multidomain physical system—which of the following is NOT true for Model-Based Design?

Question 5/10

Which of the following is NOT a way in which Model-Based Design helps save time and money in developing your fuel cell system project?

Question 6/10

True or False? Model-Based Design supports AUTOSAR-compliant workflows when developing fuel cell systems for automotive applications.

Question 7/10

What can you do with existing C/C++ code—such as control algorithms, device drivers, lookup tables, and generic functions supporting your fuel cell applications—when you adopt Model-Based Design?

Question 8/10

Which of the following model verification activities can be automated for your fuel cell system with Model-Based Design?

Question 9/10

In the process of developing fuel cell systems, Model-Based Design complements and enables Agile development practices, including:

Question 10/10

What types of subsystems can you model with Simscape™ in a fuel cell system?

You scored:

Great job!

You’re on your way to becoming a pro. Learn more about developing fuel cell systems using Model-Based Design.

You’re a pro!

Start applying these Model-Based Design skills with Simulink and Simscape today.