Our wave energy powered AUVs and ASVs systems presented at OCEANS16

At the end of September FSI PhD student and ShipĀ ScienceĀ MEng graduateĀ James Bowker and Dr Nick Townsend presented their research at the OCEANS16 conference in Monterey, California.

IN situ trial of wave energy capture using gyros
IN situ trial of wave energy capture using gyros

The conference which featured over 500 technical presentations and industrial exhibitions was a real show case of latest ideas and innovations in marine technology. There were sessions on autonomous vehicle design, navigation, control, communication, sensors, imaging, and hydrodynamics – every abbreviation you could think off ASV, AUV, UAV, UUV, ROV!
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James and Nick presented their research which is exploring and developing new energy scavenging technologies that can augment and power autonomous marine vehicles such as AUVs, ASVs and potentially boats and ships.
Jamesā€™ paper ā€œExperimental analysis of submerged flapping foils; implications for autonomous surface vehicles (ASVs)ā€ explores the use of submerged or tandem flapping foils as a mechanism to convert ocean wave energy directly into propulsion or to generate power and recharge the platform.
Nickā€™s paper ā€œIn situ results from a new energy scavenging system for an autonomous underwater vehicleā€ explores capturing the undesired wave induced motions (roll and pitch) of a floating platform through a gyroscopic system.
MRL systems
MRL systems