This project is the final work of the degree in Industrial Electronics and
Automatic Engineering. It has global concepts of electronics but it focuses
in power electronic systems.
There is a need for reliable testing systems to ensure the good functionality of power electronic systems. The constant evolution of this products
requires the development of new testing techniques. This project aims to develop a new testing system to accomplish the functional verification of a new
power electronic system manufactured on a company that is in the power
electronic sector . This test system consists on two test bed platforms, one
to test the control part of the systems and the other one to test their functionality. A software to perform the test is also designed. Finally, the testing
protocol is presented.
This design is validated and then implemented on a buck converter and
an inverter that are manufactured at the company. The results show that
the test system is reliable and is capable of testing the functional verification
of the two power electronic system successfully.
In summary, this design can be introduced in the power electronic production process to test the two products ensuring their reliability in the
market
