Keywords: electric wave generation, renewable, under-sea transmission cable, offshore ocean energy, polarization potential, electric and magnetic fields, marine life
Keywords: renewable, under-sea transmission cable, electric and magnetic fields, polarization potential, marine life, offshore ocean energy, electric wave generation
This report presents an assessment of the wave power potential of the Oregon coast and how much of that power can actually be converted into useful energy, based on analysis of the conversion efficiency of the two most advanced and probable technologies: oscillating water columns (OWC) and buoys. The actual...
The OSU Motor Systems Resource Facility (MSRF), co-directed by the Principal Investigators (PI's, bios included), is an Energy Systems Laboratory with operating capabilities up to 750kV A, testbeds up to 300hp, a 120kVA fully programmable source, and a bi-directional grid interface enabling regeneration back onto the grid. The MSRF was...
The purpose of this report is to provide information on the adjustable-speed coupling system (ASCS) including: physical construction, principles of operation, application potential, and laboratory and field test results. In addition, comparison laboratory tests will be presented for conventional adjustable speed drives (ASDs). The ASCS has been tested at three...
A key component in bringing ocean wave energy converters from concept to commercialization is the building and testing of scaled prototypes to provide model validation. A one quarter scale prototype of an autonomous two body heaving point absorber was modeled, built, and tested for this work. Wave tank testing results...