A new survey of 2,000 California, Oregon, Washington, and British Columbia residents gives insights about west coast residents’ knowledge of, and attitudes towards, wave energy.
Dedication to Workforce Development Inspires Volunteerism from PMEC Graduate Students
Understanding the Human Side of Marine Energy
Current Turbine Performance in Confined Flows
Optimizing Arrays of Oscillating Water Column Wave Energy Converters
Marine Renewable Energy in Scotland: A Case Study for Energy Innovation Ecosystems
Characterizing the fish assemblage at a potential wave energy site near Yakutat, Alaska
MicroFloat – a simple underwater robot for distributed sensing in coastal waters
Comparing Torque-regulated and Speed-regulated Cross-flow Turbine Performance
DAISY – Drifting Acoustic Instrumentation SYstem
Non-linear Wave Energy Converter Control
Because wave energy conditions are widely variable, a wave energy converter's (WEC) control system should ideally be able to instantaneously adjust to marine conditions to increase power capture and improve survivability. But non-linear WEC control approaches that integrate advanced logic and machine learning approaches need further development and testing to be viable for commercial use.
