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George Brown College T121 – Mechanical Engineering Technology MENG 3008/3010 Project Design Household Wind Turbine

George Brown College T121 – Mechanical Engineering Technology MENG 3008/3010 Project Design Household Wind Turbine. Dhivahar Shomasekaram Azad kais Yusuf Yusuf Supervised by: John Camarda. Partners/Contributors. Ontario Centres of Excellence George Brown College

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George Brown College T121 – Mechanical Engineering Technology MENG 3008/3010 Project Design Household Wind Turbine

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  1. George Brown College T121 – Mechanical Engineering TechnologyMENG 3008/3010 Project Design Household Wind Turbine Dhivahar Shomasekaram Azad kais Yusuf Yusuf Supervised by: John Camarda

  2. Partners/Contributors • Ontario Centres of Excellence • George Brown College - Center for Advanced Engineering Technology - Office of Research and Innovation • Northland Power

  3. Background • 1980 • The world’s first Wind Farm established in New Hampshire, which consisted of 20 wind turbines. • Currently • There are six large wind farms in Ontario which all produce 966MV. • Total turbines • To date there are over 350 turbines in Ontario. • Houses Powered by Wind Farms • One wind turbine can support the average annual electrical supply of approximately 300 homes.

  4. Objective / Mission Statement • To design a small wind power generating system for urban house hold scale.

  5. Design Approach / Methodology + =

  6. Results

  7. Future research • Reduce the total number of components in the assembly • Revise component geometry to streamline manufacturing and assembly process requirements • Improve generator output and efficiency • Assess total foot print

  8. Acknowledgments • Ontario Centres of Excellence • George Brown College - Center for Advanced Engineering Technology - Office of Research and Innovation • Northland Power

  9. Questions ?

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