Overview
The Energy Systems group conducts research related to renewable energy, motors, generators, adjustable speed drives, power electronics, power supplies, power quality, electrical systems resiliency, and industrial process equipment and controllers.
The Energy Systems lab is the Wallace Energy Systems & Renewables Facility (WESRF). With a 750 kVA independent utility power supply, comprehensive testbeds up to 300 HP including a unique wave energy linear test bed, a 120 kVA fully programmable AC source, and a wind/energy storage in-lab grid, WESRF has one of the highest power ratings and is one of the best equipped university laboratories in the nation, serving industry, utilities and students. Our industrial clients have found WESRF to be an excellent resource for the recruitment of graduates that are well trained and exposed to industry practices.
Sub Areas
- Power Electronics
- Electric Machines and Drives
- Power Systems
- Smart Grid
- Renewable Energy
- Electrical System Resiliency and Protection
- Transportation Electrification
Related Courses
- ECE 331: Electromechanical Energy Conversion
- ECE 431/531: Power Electronics
- ECE 432/532: Dynamics of Electromechanical Energy Conversion
- ECE 433/533: Power Systems
- ECE 437/537: Smart Grid
- ECE 438/538: Electric and Hybrid Vehicles
- ECE 530: Contemporary Energy Applications
- ECE 534: Advanced Electrical Machines
- ECE 535: Adjustable Speed Drives
- ECE 536: Power System Protection
- ECE 599: Advanced Power Electronics
- ECE 599: Electrical System Resiliency
Faculty
Ted Brekken
Modeling and control; electrical system resilience; renewable energy and energy storage systems
Yue Cao
Power electronics, motor drives, energy storage; electric aircraft, UAV, EV; microgrids, green buildings; electric-thermal systems; machine learning based design
Eduardo Cotilla-Sanchez
Cascading outages in power grids; power system protection, resiliency, and cybersecurity; smart grids and microgrids; wide-area power system data
Affiliated Faculty
Rakesh Bobba
Secure protocols; access controls; key Management; power grid & other critical infrastructures; cyber-physical systems, cloud computing
Jinsub Kim
Statistical signal processing; statistical learning theory; power systems state estimation; security of cyber physical system
Mario Edgardo Magaña
Mobile wireless communications; automatic control applications; mathematical modeling of biological systems; signal processing
OREGON STATE UNIVERSITY
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