محمدرضا اديب

Dynamometer is widely used for eva‎luation of electric machine and combustion engine ones. In order to advance the functionality of the electric machine and its drive system in different applications, it’s vital to conduct precise and reliable testing. In many cases, static tests are not sufficient, and must dynamic tests be taken which can be done by a Dynamometer system also known as an electric machine test bench. With the increasing demand for electric machines in many fields and evolving of its control system such as EVs, these tests must be as accurate as possible so the machine under test can see the real behavior of a desirable mechanical load. With that in mind, it’s an epic point of research to maximize the performance of the existing system just by focusing on a considerable part namely control algorithm. Hence, in this dissertation some of the existing control algorithms are reviewed first, then the Sliding Mode Control (SMC) is presented to use because of its robustness under structural and non-structural uncertainty with disturbances, besides it’s easy to implement. The master thesis will also include some further challenges in the system and some approaches to overcome these challenges.

Mohammadreza Adib

Abplfazl Vahedi