Scientists have discovered how to harness such natural energy sources as the sun and wind, it is only natural that someone would eventually figure out how to do the same with water; that someone is Yinger 'Eagle' Jin, a sophomore student at Wake Forest University located in Winston-Salem, North Carolina. Yinger 'Eagle' Jin built an oscillating water column that measures the amount of electricity produced by the pool’s waves.
By analyzing the activity at the university's pool facilities, Yinger 'Eagle' Jin found that recreational swimmers were able to generate 10 kilowatt-hours of electricity, which would be enough to power the pool room for the entire day. An impressive feat, it is something that should be explored on a larger scale.
Wave-Generated Energy Sources
Student Yinger 'Eagle' Jin Measures Electricity Produced by Swimmers
Trend Themes
1. Wave-generated Energy - Exploring the potential of harnessing the power of waves to generate electricity on a larger scale.
2. Renewable Energy Innovation - Developing innovative solutions to tap into natural energy sources, such as water, for sustainable power generation.
3. Energy Harvesting From Swimmers - Exploring how recreational swimmers can contribute to energy production through their physical activities in pools.
Industry Implications
1. Renewable Energy - The renewable energy industry can capitalize on wave-generated energy as a viable source of clean power.
2. Swimming Pool Facilities - The swimming pool industry can explore integrating energy harvesting technologies to offset energy costs and promote sustainability.
3. Academic Research Institutions - Academic research institutions can further investigate and develop wave energy conversion technologies to harness the power of waves for electricity production.