L16 : Reducing Barriers to Hydrokinetic Energy - An Autonomous Turbine Installation and Retrieval System


Students Maya Clapperton
Mitchell Clapperton
School HWDSB - Westdale Secondary School - Hamilton
Level Senior 11/12 - Grade 11
Group Group 2 - Engineering and Computing I
Abstract Water energy has the potential to power the world four times over without the fundamental limitations inherent in other forms of renewable energy. Hydrokinetic energy could play a significant role in harnessing this potential, however, the inability to cost-effectively install and maintain turbines has prevented their widespread utilization. This project involves the engineering design, programming and development of an autonomous transport system for hydrokinetic turbines.
Project Video N-A
Awards
Group Award Prize
Canadian Nuclear Society (Golden Horseshoe Branch) AwardsCanadian Nuclear Society (Golden Horseshoe Branch) Awards - Intermediate or Senior$ 125
Hillfield Strathallan College Awards of ExcellenceHillfield Strathallan College Awards of Excellence - Innovation Award$ 100
International Science & Engineering Affiliated Fair AwardsRicoh USA, Inc. Awardcertificate
Mechanical Contractors Association Hamilton Niagara AwardMechanical Contractors Association Hamilton Niagara Award$ 250
Hamilton Chamber of Commerce Innovation AwardsHamilton Chamber of Commerce Innovation Award - First$ 250
Merit AwardsGold Merit Award$ 100
Grand AwardsBASEF 60th Anniversary Pinnacle Second Best in Fair$ 800
ISEF Trip AwardsISEF Trip Award$ 1000
Professional Engineers Ontario - Oakville Chapter AwardsProfessional Engineers of Ontario - Oakville Chapter Engineering Award - Senior$ 200
Nikola Tesla Innovation AwardsNikola Tesla Honourable Mention Award$ 50