Pacific Northwest
The PacWave South project is a proposed open ocean wave energy test center located approximately 6 nautical miles off Newport, Oregon. (Courtesy Oregon State University)

OR - Oregon State University receives federal marine hydrokinetic energy research lease

The Bureau of Ocean Energy Management has offered the first marine renewable energy research lease in federal waters off the US West Coast.

WASHINGTON, D.C. – The Bureau of Ocean Energy Management (BOEM) has offered the first marine renewable energy research lease in federal waters off the US West Coast.

The federal marine hydrokinetic energy (MHK) research lease was offered to Oregon State University (OSU) for the PacWave South project, a proposed open ocean wave energy test center, to be located about 6 nautical miles off Newport, Oregon. The research lease area is about 4,270 acres (2.65 sq mi).

Marine hydrokinetic technology harnesses energy from ocean waves, tides and currents, and converts it into electricity to power homes, buildings, and cities. Wave energy converters that will be tested at PacWave South are floating or underwater devices that are moored to the seafloor and capture energy from the moving waves.

Lease issuance by BOEM is a prerequisite for a license from the Federal Energy Regulatory Commission (FERC), which is the federal agency that would approve project construction and operations. OSU filed the PacWave South final license application with the FERC on May 30, 2019.

The PacWave research lease is the first MHK lease to be issued off the West Coast under the joint BOEM-FERC authority over marine hydrokinetic projects on the US outer continental shelf (OCS). BOEM and FERC collaborate closely throughout the leasing and licensing processes.

In October 2013, OSU submitted an unsolicited request for a research lease for a grid-connected wave energy test site to be located offshore Newport, Oregon. The project will consist of four test berths to support the testing of up to 20 wave energy converter (WEC) devices, with an installed capacity not to exceed 20 MW, to demonstrate the viability of wave energy. A WEC device converts the kinetic and potential energy associated with the movement of ocean waves into electrical or mechanical energy.

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