Nearly 700 students throughout Florida converged at the University of Central Florida’s Florida Solar Energy Center in Cocoa on Saturday, May 9, 2009 to compete in the seventh-annual EnergyWhiz Olympics. Events included the new Bright House Solar Energy Cookoff, a solar cooker and cooking contest; the Junior Solar Sprint, model-size solar car races; the High School Hydrogen Sprint, model-size hydrogen fuel cell car races; and Energy Innovations, a full-scale solar electric design challenge.

“The EnergyWhiz Olympics grows a little each year, and this year’s event is the biggest ever. It’s exciting to see so many students learning about renewable energy and sharing their experiences,” said Susan Schleith, education coordinator at FSEC.

The newly-added Bright House Solar Energy Cookoff challenged students to design and build solar cookers, and also design and cook a recipe of their own creation in their oven. Student creativity and engineering skills illuminated in the solar oven designs. One solar cooker was made using an old water heater, while another used a traditional grill, but “fueled” it by using a lens from an old projection TV, intensifying the sun’s heat. The students’ culinary talents were also put to the test, and their dishes were judged on taste, ingredients and creativity; one team was even more creative and serenaded the judges while they were taste-testing.

The Energy Innovations program is a full-scale solar electric design and marketing challenge for middle and high school students. Each participating team designed and constructed a product or artistic work fully powered by photovoltaic (PV) panels, also called solar electricity, provided by BP. Teams also created marketing pieces, such as brochures, fliers, and posters, to accompany their products.

One of the most popular events each year is the Junior Solar Sprint (JSS), where students design, construct and race solar-powered vehicles. This hands-on competition, for middle school students in sixth through eighth grade, encourages scientific know-how, creative thinking, experimentation and teamwork. Awards were given based on vehicle design, quality of craftsmanship, innovation and vehicle speed. This year nearly 50 teams competed for the awards.

The Hydrogen Sprint, a competition for high school students in grades 9-12, allows students to design, build and race model-sized hydrogen fuel cells cars. This competition exposes students to hydrogen’s potential as an alternative fuel source and also gives graduates of the Junior Solar Sprint program an opportunity to continue designing and building alternative-fueled vehicles. Participating teams also give a 10-minute presentation on any aspect of hydrogen they learned about while creating their vehicle. The winner of this event ran 20 meters in just 5.16 seconds – the fastest time recorded among middle and high school students in the last two years.

Results of  the competitions are listed below:

6th Grade Junior Solar Sprint

• 1st place: Kanapaha Middle, Gainesville (Bam)
• 2nd place: New School Preparatory, Orlando (Care Car)
• 3rd place: South Seminole Middle, Casselberry (The Arrowhead)

7th Grade Junior Solar Sprint

• 1st place: Jupiter Middle, Jupiter (Mach 4)
• 2nd place: Edgewood Jr./Sr., Merritt Island (Screaming Red Ants)
• 3rd place: South Seminole Middle, Casselberry (World Traveler)

8th Grade Junior Solar Sprint

• 1st place: Hidden Oaks Middle, Palm City (The Flying Pig)
• 2nd place: South Seminole Middle, Casselberry (El Taco)
• 3rd place: Lockhart Middle, Orlando (Starlite Drive)

Overall Junior Solar Sprint

• Most Innovative Vehicle 1st place: Jupiter Middle, Jupiter (The Car Men)
• Most Innovative Vehicle 2nd place: McLane Middle, Brandon (Vibot 3)
• Most Innovative Vehicle 3rd place: Conway Middle, Orlando (The Silver Dawg)

• Best Design 1st place: McLane Middle, Brandon (Vibot 3)
• Best Design 2nd place: Jupiter Middle, Jupiter (The Car Men)
• Best Design 3rd place: Conway Middle, Orlando (Glitter Gadget)

Hydrogen Sprint

• 1st place Vehicle Performance: Edgewood Jr./Sr. High, Merritt Island (M-Jop III)
• 1st place Hydrogen Presentation: Edgewood Jr./Sr. High, Merritt Island (Racegirls)
• 1st place Vehicle Design: Olympia High, Orlando (Titan I Rocket)

• Overall 1st place: Edgewood Jr./Sr. High, Merritt Island (Racegirls)
• Overall 2nd place: Edgewood Jr./Sr. High, Merritt Island (M-Jop III)
• Overall 3rd place: Olympic High, Orlando (Titan I Rocket)

Energy Innovations

• 1st place Middle School Division: South Seminole Middle, Casselberry (The Amazing Squirt)
• 1st place High School Division: Olympia High, Orlando (S.T.E.M.S. – portable power station)
• 2nd place High School: Bayside High, Palm Bay (Solar Charged Electric Car)
• 3rd place High School: South Plantation High, Plantation (Preparation H – solar hydroponics)
• WOW! Award (most creative and artistic): Tie, South Seminole Middle, Casselberry (The Amazing Squirt) and Edgewood Jr./Sr. High, Merritt Island (Solar Powered Projection)

Bright House Solar Energy Cookoff

• Elementary 1st Best Design: Gardendale Elementary, Merritt Island
  (Sky is the Limit)
• Elementary 2nd Best Design: St. Martha Catholic School, Sarasota
  (Heat Wave)
• Elementary 3rd Best Design: St. Martha Catholic School, Sarasota
  (Steak Sweethearts)
• Elementary 1st Solar Cooking: New School Preparatory, Orlando
  (Beach Buddies)
• Elementary 2nd Solar Cooking: Gardendale Elementary, Merritt Island
  (Sky is the Limit)
• Elementary 3rd Solar Cooking: Holy Trinity Episcopal Academy, Melbourne (Rocking Crazy Wolfs)
• Middle School 1st Best Design: South Seminole Middle, Casselberry
  (The Spice is Right)
• Middle School 2nd Best Design: James Madison Middle, Titusville
  (Delectables)
• Middle School 3rd Best Design: James Madison Middle, Titusville
  (Del Sol)
• Middle School 1st Solar Cooking: Stewart Middle Magnet, Tampa
  (Solar Chefs)
• Middle School 2nd Solar Cooking: James Madison Middle, Titusville
  (Del Sol)
• Middle School 3rd Solar Cooking: James Madison Middle, Titusville
  (Delectables)

For more information about this and other K-12 educational events, contact Susan Schleith at susan@fsec.ucf.edu or 321-638-1017.

Additional Links

Link to Florida Solar Energy Center’s photo gallery:
http://media.fsec.ucf.edu/photos/2307-EnergyWhiz-Olympics-2009/index.html

Link to FLORIDA TODAY story:
http://www.floridatoday.com/article/20090510/NEWS01/905100316/1086

Link to FLORIDA TODAY photo gallery: http://www.floridatoday.com/apps/pbcs.dll/gallery?Site=A9&Date=20090509&Category=NEWS01&ArtN o=509026&Ref=PH&Params=Itemnr=1

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The University of Central Florida’s Florida Solar Energy Center (FSEC) and the Brevard Community College Green Team will host the event on Saturday, April 18, from 9 a.m. until 4 p.m. Everyone is invited, and admission is free.

Learn from the experts how to cut your energy costs without sacrificing comfort, the benefits of green roofs, the basics of solar energy and the latest research in alternative fuel technology. Tours of the center will also be offered.

Exhibitors and vendors will offer presentations, demonstrations and activities.
Solar energy, environmental and educational exhibits — including various types of alternative fuel vehicles — will be on display, and a farmer’s market will feature local organic food. Activities for kids include a bicycle rodeo, solar boat demonstrations, a bouncy house and face painting. In addition, the Middle School Science Bowl finalist teams will race their model hydrogen fuel cell cars.

The BCC Green Team will present free educational and environmental films, “Gimme Green,” “Who Killed the Electric Car?” and “Kilowatt Ours.” The BCC Planetarium and Observatory will present two showings of the movie “A Living Sea,” which is shown in IMAX, at a discounted rate of $3.

Sunsational EarthFest activities will be located throughout the north end of the Brevard Community College Cocoa Campus and at the Florida Solar Energy Center, 1679 Clearlake Road, Cocoa.

Sunsational EarthFest is sponsored by the Florida Solar Energy Center, the BCC Green Team, Bright House Networks, FLORIDA TODAY and SolarWorld.

For more information, call Susan Schleith at (321) 638-1017 or go to www.floridaenergycenter.org/go/earthfest.

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The National AFV Odyssey Day is a nationwide event that was held in 90 different locations throughout the U.S. this year. Coordinated by the National Alternative Fuel Vehicle Training Consortium (NAFTC) in a partnership with the U.S. Department of Energy’s National Clean Cities Program, the goal of this national program is to promote the awareness and use of AFVs, as well as promote energy conservation and independence for the U.S.

The Space Coast Clean Cities Coalition, a Florida chapter of the (DOE) Clean Cities Program, coordinated and organized the Advancing the Choice alternative fuel workshop, locally, as part of this national event.

Attendees view a presentation on biodiesel.

More than 75 students, educators, government officials and fleet managers were on hand to receive valuable tips on biodiesel production, learn about the benefits of alternative fuels, and view the several hybrid-electric and General Motors ethanol vehicles that were on display. After an introduction by Bill Young, a senior solar energy research engineer at FSEC and host of the event, the day began with a biodiesel production demonstration by Amber Station.

A number of real-world success stories were presented throughout the day from a variety of different organizations. John Parker, from Orange County Government discussed the use of biodiesel within their fleet of diesel vehicles, and the success using alternative fuels has brought them in meeting the county’s clean air goals.

David Winslow, the senior director of engineering and environmental sustainability technical services for Universal Studios, pointed out the use of biodiesel fuel in every diesel vehicle throughout the theme park. This includes the resort water taxis and the 50-plus ground-based vehicles already running on the B20 blend – 20 percent biodiesel and 80 percent diesel fuel – as well as the engines used to run the theme park ride, Jaws.

The overalll public health benefits of using alternative fuels was presented at The American Lung Association’s exhibit.

About National Alternative Fuels Training Consortium

The National Alternative Fuels Training Consortium (NAFTC) is a national leader in promoting programs and activities that will lead to energy independence and the greater use of cleaner transportation in the U.S. The NAFTC is the only nationwide alternative fuel vehicle (AFV) and advanced technology vehicle training organization in the nation. Their mission is to provide the training infrastructure for implementing widespread use of alternative fuels, AFVs and advanced technology vehicles to increase our nation’s energy security and improve our air quality by reducing greenhouse gas emissions from our transportation system.

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Course 1, “Distributed Power Systems: Engineering Overview,” provides an engineering overview of the various distributed power technologies, including internal combustion engines, microturbines, fuel cells, photovoltaic and solar thermal systems, and wind turbines. Alternatives to fossil fuels to power these engines are presented, with emphasis on hydrogen, its production, storage, delivery infrastructure and use in fueling both stationary and mobile power
systems.

Course 2, “Distributed Power Systems: Integration with Buildings,” addresses the important issue of integrating distributed power systems with both commercial and residential buildings. The energy efficiency and environmental benefits of using both the electrical and thermal power outputs of distributed power systems are examined, along with the need for appropriate codes and standards to positively affect the design, installation and operation processes. The integration of distributed power systems and buildings involves electrical, mechanical, thermal, fuel, communication and control system interfaces  all of which are discussed separately for microturbine, fuel cell, and solar combined heat and power applications.

These courses specifically target professional engineers from all engineering disciplines seeking to meet their continuing education “area of practice” requirement for license renewal. The courses will be of special interest to all engineers working with engines, generators, electrical power systems, load management, HVAC and building systems, in addition to mechanical, electrical, civil, environmental, and industrial engineers.

The courses are scheduled for March 11, April 15 and May 13 at the center at 1679 Clearlake Road, Cocoa. Course 1 will be held from 8 a.m. to noon each day, and course 2 from 1 p.m. to 5 p.m.

As a condition for license renewal, professional engineers are required to complete eight professional development hours during each license renewal biennium. At least four of these hours must relate to the licensee’s area of practice. Successful completion of either course satisfies the area of practice requirement for all engineering disciplines and represents an excellent opportunity to become knowledgeable of promising new distributed power technologies. Because of the increasing importance of distributed power systems in moving the U.S. toward greater energy independence, engineers are encouraged to take both courses.

Separate certificates of completion are awarded to all registered attendees who complete each course. There are no written examinations.

The courses will be taught by Jerry Ventre, an energy engineering consultant and immediate past director of the photovoltaics and distributed generation division of the Florida Solar Energy Center. He received bachelors, masters and doctoral degrees in aerospace engineering from the University of Cincinnati and has more than 35 years of experience in various aspects of engineering, including research, development, design and systems analysis. In addition to developing and leading the photovoltaics and distributed power programs at FSEC for more than 20 years, Ventre held positions as technical director of the University of Central Florida’s Space Education and Research Center, manager of advanced technology at UCF’s Institute for Simulation and Training, and deputy director of FSEC.

The registration fee is $100 for either course or $160 for both. Early registration is recommended to ensure adequate attendance. For more information or to register, visit www.fsec.ucf.edu/ed/contin_ed/dg_for_pe.htm or contact JoAnn Stirling at 321-638-1014 or joann@fsec.ucf.edu.

The Florida Solar Energy Center, a research institute of the University of Central Florida, is the largest and most active state-supported energy research center in the country. Current research activities include solar water and pool heating, solar electric and distributed generation systems, energy-efficient buildings, alternative transportation systems, hydrogen fuel, fuel cells and other energy areas. For more information about the center, visit www.fsec.ucf.edu
or call the FSEC Public Information Office at (321) 638-1015.

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