SOLO-TREC is Set To Revolutionize Ocean Research
Marissa Liu — April 9, 2010 — Tech
References: sciencedaily
The Sounding Oceanographic Lagrangrian Observer Thermal RECharging--or SOLO-TREC for short--is the world's first underwater robot powered only by thermal energy. The vehicle is therefore not limited by a depleting energy source and can stay underwater for long periods of time.
SOLO-TREC was developed by researchers from NASA's Jet Propulsion Lab, Scripps Institution of Oceanography and the US Navy. The 1.7 watts of energy needed to power SOLO-TREC is derived from the temperature differences found at varying ocean depths.
SOLO-TREC was developed by researchers from NASA's Jet Propulsion Lab, Scripps Institution of Oceanography and the US Navy. The 1.7 watts of energy needed to power SOLO-TREC is derived from the temperature differences found at varying ocean depths.
Trend Themes
1. Thermal Energy-powered Vehicles - Developing vehicles powered solely by thermal energy could revolutionize various industries by providing a sustainable and unlimited source of power.
2. Extended Underwater Operations - Advancements in underwater robots like SOLO-TREC enable longer operational periods, creating opportunities for industries such as ocean research, offshore energy, and underwater construction.
3. Collaborative Research and Development - The collaboration between NASA, Scripps Institution of Oceanography, and the US Navy for the development of SOLO-TREC highlights the potential for innovative partnerships to drive disruptive advancements in technology and research.
Industry Implications
1. Ocean Research - The development of thermal energy-powered underwater robots presents new possibilities for conducting extensive and prolonged ocean research without the constraints of limited power sources.
2. Offshore Energy - Thermal energy-powered vehicles like SOLO-TREC could transform offshore energy operations by providing a sustained power supply for underwater monitoring and maintenance tasks.
3. Underwater Construction - The extended operational capabilities of underwater robots utilizing thermal energy open up opportunities for more efficient and cost-effective underwater construction projects.
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