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Solar Car Racing and Model Solar Cars as a Teaching Tool for Science Gary Vliet, April 13, 2013 PV Applications Texas Solar Radiation DataBase Project 1996-2002 Collector for Solar Water Heating - Vliet Residence, Austin, TX, 1977 1.5


  1. Solar Car Racing and Model Solar Cars as a Teaching Tool for Science Gary Vliet, April 13, 2013

  2. PV Applications

  3. Texas Solar Radiation DataBase Project 1996-2002

  4. Collector for Solar Water Heating - Vliet Residence, Austin, TX, 1977

  5. 1.5 kW PV Array - Vliet Residence, Austin TX, 2000 (Grid-Connected) Collector for Solar Water Heating - Vliet Residence, Austin, TX, 1977

  6. World Solar Challenge .... Australia Began in 1987 1600 Miles Darwin to Adelaide First won by GM with their GM Sunraycer

  7. 1987 World Solar Challenge Darwin to Adelaide, 1600 miles GM Sunraycer wins. Sunraycer at finish line in Adelaide

  8. Some Solar Races in the U.S. Blue: 1990, 1600 mi. GM SunRayce USA Orlando to Warren, Mi Green: 1991, 600 mi. CalCAR Sacramento to L.A. Red: 1993, 1100 mi SunRayce USA. Arlington to Minneapolis Purple: 2013, 1500 mi. Winston Solar Challenge Dallas to Los Angeles

  9. Texas Native Sun Team at end of 1990 GM SunRayce USA … Orlando to Mich.

  10. 1991 CalCAR 600 miles, Sacramento to Los Angeles Texas Native Sun UT Entry

  11. Sunrayce USA, North American Solar Challenge; American Solar Challenge 1990 - Sunrayce USA was an 11-day, 1,800 mi (2,900 km) race from Orlando to • Michigan. U. Mich.’s Sunrunner won with an average speed of 24.7 mph (39.8 km/h). 1993 - Sunrayce 93 was a 7-day, 1,100 mi (1,800 km) race from Arlington to • Minneapolis. U. Mich. Won again with its Maise & Blue 1995 - Sunrayce 95 was a 1,600-mile (2,600 km) race from Indianapolis to Golden, • Colorado. MIT won with an average speed of 37.23 mph (59.92 km/h). 1997 - Sunrayce 97 was a nine-day race from Indianapolis to Colorado Springs. • California State LA’s Solar Eagle III won with average speed of 43.29 mph (69.67 km/h) 1999 - Sunrayce 99 route was from Washington, D.C., to Orlando. The Univ. • Missouri-Rolla’s Solar Miner II won with an average speed of 25.3 mph (40.7 km/h). 2001 - Renamed the American Solar Challenge, the route was Chicago to • Claremont, CA along much of Route 66. The U. Mich. won with elapsed time of 56 hours, 10 minutes, and 46 seconds.

  12. Sunrayce, Cont’d 2003 - The Solar Miner IV from the University of Missouri-Rolla won the 2003 race • overall, as well as the Open Class. 2005 - Renamed the North American Solar Challenge , it was the longest and most • hotly contested race to date. The 2,494.9 mi (4,015.2 km) route was form Austin, TX to Calgary in Canada. U. Mich.’s Momentum won with an average speed of 46.2 mph (74.4 km/h). 2008 - The 2008 North American Solar Challenge was a ten-day race from Dallas • to Calgary on Canada. The U. Mich.'s Continuum won with an elapsed time of 51 hours, 41 minutes, and 53 seconds, marking that school's fifth victory. As many of the top cars were bumping up against the 65 mph (105 km/h) race • speed limit in the 2005 event, race rules were changed for 2008 to improve safety and limit performance. Open class cars were allowed 6 square meters of active cell area, and required upright seating. 2010 - Renamed the American Solar Challenge , the 7-day race was from Tulsa • Naperville, Illinois. U. Mich. finished in first place, its sixth victory! 2012 – The 2012 American Solar Challenge was a 1600-mile race from Rochester, • NY to St. Paul, MN. U. Mich.'s Quantum won the overall competition.

  13. Winston Solar Challenge ….. Dell-Winston Solar Challenge …… Solar Car Challenge Really the Lehman Marks Solar Challenge

  14. ‘Winston’ Solar Car Challenge

  15. Model Solar Cars ….. A Vehicle for Conveying Science Concepts • Energy forms • Energy transformations • Renewable Energy • Motors vs. Engines • Electricity and Polarity • Gearing for speed and torque changes

  16. Workshops …. Approaches • Provide Basic Components – PV Panel, motor, gears, wheels and axles – Students construct ‘chassis’ and do assembly – Instructive, ‘ very hands on ’ & creative … but – Wasteful of materials … time consuming !! – !!! As a volunteer, it’s rather inefficient !!!

  17. Workshops …. Alternate Approach • Provide also a Pre-made Chassis – PV Panel, motor, gears, wheels and axles – Provide ‘ pre-made’ chassis (explain) – Students assemble components – Still is ‘ hands on ’ … but ….. – Kit materials easily ‘recycled’ …. and …. – !!! Efficient for the Volunteer !!!

  18. Junior Solar Sprint Kit Components

  19. Pre-Made Solar Car Chassis

  20. Solar Car Kits Components PV Panel, Chassis (Top), Wheels/Axles, Chassis (Bot.)

  21. Solar Kit Assembled Top View Bottom View

  22. Discuss Renewables … in general

  23. Help with assembly

  24. Invite questions

  25. A little race !

  26. Trying out ‘Their’ Cars

  27. Interaction after the ‘Race’ … what went wrong, what went right!!

  28. Solar Powered Horse !

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