Purdue students build street-legal 2, 200 mpg solar powered car
April 25, 2011 by Jim Schenke
Ted Pesyna, at left, president of Purdue Solar Racing, and Brian Kelley, a junior in computer engineering and member of the solar-car team, show their new vehicle, Celeritas. The car achieved the equivalent of nearly 2,200 mpg while winning the urban division of the Shell Eco-marathon Americas, an international contest for college and high school students to design and build the most fuel-efficient vehicles. (Purdue University photo/Andrew Hancock)
(PhysOrg.com) -- The Purdue Solar Racing team's solar-powered urban commuter car achieved the equivalent of almost 2,200 miles per gallon in the 2011 Shell EcoMarathon international competition this week in Houston.
The Purdue Solar Racing team's solar-powered urban commuter car achieved the equivalent of almost 2,200 miles per gallon in the 2011 Shell EcoMarathon international competition this week in Houston.
2,564 miles per gallon achieved at Shell Eco-marathon: http://www.physorg … arathon.html
The Celeritas prototype can handle a full-sized driver seated upright in a car equipped with headlights, taillights, a trunk, energy regenerative braking, pothole-handling suspension and rearview backup cameras. The car, equipped with five onboard computer systems, generated so much electricity it was in jeopardy of overloading its onboard batteries. Subsequent versions of the car may include an air-conditioning unit to make it even more comfortable and to consume excess electricity. The team is applying for a VIN number and license plate to make it a street-legal experimental vehicle.
Team president Ted Pesyna, a senior from Indianapolis, said the students couldn't be more pleased with their results in what was their first year competing in the urban division.
"We have clearly demonstrated the feasibility of an electric car that requires no burning of fossil fuels," Pesyna said. "Thousands of hours went into creating this machine but it is so worthwhile when the results show that we will eventually be able to move beyond oil for our transportation needs."
The team is drawn from an array of undergraduate programs including mechanical, electrical and computer engineering and aviation technology. It spent one year designing the $90,000 prototype and one year building it. The effort is funded largely through contributions from corporations and several Purdue schools and colleges.
More information: http://www.shell.c … /ecomarathon
Provided by
Purdue University
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Apr 25, 2011
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Apr 25, 2011
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Car companies say they've been working on things like this for a long long time.. yet.. it took a group of students 2 years, and 90k to create this car that produces more energy than it's batteries can handle.
... and it was their FIRST YEAR doing the competition...
Sounds like the car companies should fire their ENTIRE R&D staffs and just pay colleges to do their work for them.
... That is if they really want to produce something like this to begin with.
Apr 25, 2011
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DOT laws require that a road going consumer car meet a number of standards and requirements that this vehicle most likely does not. I'm going to guess this thing wouldn't get a 5 star collision rating...
Once you starting working towards meeting these and other practical requirements you start adding weight and complexity that takes a toll on the mileage. Another important question is whether the power to weight ratio is high enough to merge onto the highway safely or climb the maximum grade incline without being dangerously slower than other vehicles on the road.
Apr 25, 2011
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Apr 26, 2011
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It already has a motor, so one would just need to add engine and generator. But the real question is would there be demand for something like this?
Apr 26, 2011
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I did think about those items, but remember the car companies say they've been working on efficiency for their vehicles since the 70s.
I totally understand that safety, acceleration, etc all add weight to the vehicle. I really wonder though if those concerns really add up to a 2150 MPG difference?
Apr 30, 2011
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It is a fact that automotive companies spend vastly more engineering effort into getting their engines to "sound right" than to work efficiently.
May 01, 2011
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Hmm. I think we should highlight that more so other oil companies can follow the lead. Good deeds that go unnoticed and unrewarded are rarely repeated. Whatever qualifications or exceptions this seems to be a successful implementation of a promise to the public from a large corporation to search for a sustainable future.
P.s. I ride a bicycle and take electric mass transit exclusively and have no money in stocks or any other financial incentive to support Shell. It just seems they deserve some credit in the interests of fairness and promoting good policy.