Offshore wind energy potential research

Offshore wind energy

energy

Offshore wind energy platforms

Energy Research and Development

Dominion Virginia Power's offshore wind turbines designed with enhanced structural resilience to withstand hurricane-force winds and other natural disasters.

Wind turbines used by Fishermen's Energy in the New Jersey project, designed with innovative technology and materials to reduce production costs and improve resilience to natural disasters.

Principle Power's floating platform technology designed to support offshore wind turbines in deep water (1,000 feet or more), enabling installation in locations previously inaccessible to fixed-foundation turbines.

Oregon

Virginia

New Jersey

A proposed demonstration offshore wind farm located three miles off Atlantic City's coast designed to generate approximately 25 MW of electricity.

Installation of Principle Power's WindFloat floating platform 18 miles off the coast of Oregon to showcase deep-water offshore wind turbine deployment capability in depths of 1,000 feet or more.

Installation of hurricane-resistant wind turbines 26 miles off the coast of Virginia Beach, focusing on demonstrating efficient installation, operation, and maintenance of offshore wind turbines with enhanced resilience to natural disasters.

A floating offshore wind platform technology featuring a three-column semi-submersible design capable of supporting large wind turbines in deep water.

Five 5 megawatt direct-drive wind turbines designed with innovative technology and materials to reduce production costs and improve resilience to natural disasters for offshore deployment in Atlantic City, New Jersey.

Offshore wind turbines designed with enhanced structural resilience to withstand hurricane-force winds and other natural disasters, for deployment off the coast of Virginia Beach.