MarineSitu
Solar Powered Ocean Camera Buoy Development
The project focused on designing and prototyping a compact, solar-powered oceanographic buoy intended to operate an underwater camera and data transfer system for up to a year with minimal batteries. The buoy concept needed to integrate solar panels, onboard batteries, charge control electronics, a control computer, a camera, and a cellular antenna, along with a mounting frame designed with buoyancy foam, anchoring, and deployment and recovery pick points. The design also needed to target practical field use by keeping the buoy under 1 meter in diameter and about 100 pounds so it could be transported and deployed from a small vessel, while accounting for wave exposure, corrosion, and biofouling. Completion of the prototype enabled MarineSitu to evaluate it for long-term deployment and potential commercialization. This capability would enable persistent underwater ecosystem and biodiversity monitoring at marine conservation sites without cabling the buoy to shore for power.
Faculty Adviser(s)
Eli Patten, Mechanical Engineering
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