
Wallace Energy Systems and Renewables Facility (WESRF) at Oregon State University
Support Types:
Non-Open Water, Numerical Modeling & Analysis, Laboratory & Bench
Application Areas:
Full System, Grid Integration, Power System Integration, Power Take-Off
Technology Relevance:
Current, Tidal, Wave
Location: 2500 NW Monroe Ave, Corvallis, OR
Facility Overview
The Wallace Energy Systems and Renewables Facility (WESRF) is one of the highest-power university-based energy systems labs in the United States. In addition to the hardware capabilities outlined below, the WESRF research team are world leaders in wave energy converter modeling and control development; power take off design, development, and control; and wave energy array grid integration and stability studies.
Hardware Capabilities
- 750 kW total capacity at three-phase 480 V
- 20 kW (1 m/s, 10 kN) Linear Test Bed (LTB) for ocean wave power technology testing
- 300 HP motor-generator testbed with full bi-directional torque and speed control
- 1.5 kW roof mounted solar panel array
- Energy storage systems up to 80 kW
- Grid simulators for grid integration studies
- Bi-directional drives and supplies
- Hardware-in-the-loop and control rapid prototyping systems
- Hydrodynamic, PTO, and control system modeling software

Facility Capabilities
Component and Power testing Generator testing Microgrid testing Power-take-off testing
2 Facility Capabilities
- Dynamometry
- Electrical Power Hardware Testing
Contact
Performance metrics analysis Power performance modeling
1 Facility Capability
- Performance Assessment






















































