Lab Facilities

Power electronics is an enabling technology for the green transition, ensuring the efficient and reliable operation of energy systems. The Power Electronic Systems Lab is primarily equipped with a grid simulator, dSPACE-controlled power electronic converters, programmable power supplies, batteries, and electrical loads. We focus on experimental investigations of control, energy management, stability, power quality, and flexibility to support cutting-edge research in renewable energy systems, energy hubs, uninterruptible power supply (UPS) systems, and microgrids.

Contact: Mehdi Savaghebi

The Electric Machine and Drives Lab is equipped with various types of machines and power electronic converters. The lab includes a replica of a power system, featuring three synchronous generators driven by three induction motors to simulate turbine operation. Additionally, the lab has a permanent magnet setup for conducting various tests and evaluating new control strategies. Since running simulations before building and testing hardware is essential, a Speedgoat simulator is also available for real-time and hardware-in-the-loop simulations.

Contact: Ashraf Khalil

In the Power System Protection Lab, students and researchers gain hands-on experience with modern power system protection, utilizing advanced testing and relay equipment. The lab is equipped with industry-standard Siemens relays and Omicron RelaySim Test devices, including CMC 356 units for hardware-in-the-loop testing. Support from industry experts with extensive field experience enhances the learning process, ensuring that users acquire the necessary industry perspective for designing and managing relay protection in modern power networks.

Contact: Gen Li