Coursebooks

Lab in electrical energy systems

EE-490(c)

Lecturer(s) :

Hodder André

Language:

English

Withdrawal

It is not allowed to withdraw from this subject after the registration deadline.

Summary

This teaching lab provides the theory and experimental experience associated to the advanced behavior of electrical machine such as the dq models, islanded induction machine generator, induction machine supplied by a frequency converter, synchronous machine 3 phase short circuit, ...

Content

The student will learn 3 different aspect through this lab

 

1. Simulations

The student will developped his own simulation tool to integrate the differential equations of the electrical machines. This will allow the student to understand the dq model of the induction and synchronous machines.

• Runge-Kutta
• RL Circuit
• Single phase transformer
• Three phase transformer
• Induction Machine (dq model)
• Synchronous Machine (dq model)

2. Advanced behaviour of electrical machines

2.1. Induction machine

• Determination of parameters
• Islanded generator
• Supply with a frequency converter

2.2. Synchronous Machine

• Determination of parameters
• 3 phase sudden short circuit

3. Transversal skill

The student will learn how to plan a test session, learn how to write a lab book and how to fend for himself

Keywords

• dq model of electrical machines
• advanced behavior of electrical machines and drives

Learning Prerequisites

Required courses

Courses on electrical machines

 

Learning Outcomes

By the end of the course, the student must be able to:

• Analyze
• Characterize
• Perform
• Exploit
• Manipulate
• Verify

Teaching methods

Practical works in groups

 

Expected student activities

Attend every teaching lab and participate actively.

 

Assessment methods

Obligatory continuous

 

Supervision

Assistants

Yes