PAtriot hybrid race care
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2019-03-27T15:15:22-07:00
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2019-03-27T15:15:22-07:00
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[1/1] PAtriot hybrid race care
2019-03-27T15:15:22-07:00
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Mick
<[email protected]>
Message-ID:
<[email protected]>
Kone, I know you asked a question about commutation earlier, well this is induction but... I know an electrical engineer who worked on the power drive for the Chrysler Patriot back around 04. It used a motor design similar to the washing machine in that the per mags were on the inside of the rotor like a hub motor but in a Halbach array. I forget the power output but it was something quite insane when the elec motor was max RPMed something like 1000hpor more Pretty cool out of a 350 pound drive system including the turbine alternators. Check out the specs, anyhow if you have any questions concerning the tech I can forward them. -------------------------- "The Chrysler Patriot was a hybrid-electric, turbine-powered, liquid natural gas-fueled racing car for racing; the company said it could reach 200 mph for short durations, with competitive handling. The powertrain included a two-turbine alternator, an ultra-high-speed flywheel and an electric traction motor. All components were water-cooled. The traction engine was a four-pole, three-phase, 525-volt AC induction motor, weighing 143 pounds, with a maximum speed of 24,000 rpm; it had an aluminum housing, was lubricated by oil, and had an 8:1 motor to final drive ratio. The turbo-alternator was a compounded twin-spool turbine with two alternators, fuled by natural gas, with a 100,000 rpm high speed and 50,000 rpm low speed; an intercooler was placed between the low and high speed compressors. A single point combuster was used; the alternators were three-phase AC induction. The whole thing weighed 186 pounds and was water-cooled; materials used included composites, ceramics, titanium, and stainless steel. The flywheel system weighed 1147 pounds, and was vacuum housed; it could spin up to 58,000 rpm on its gimbaled mounting. The motor had three-phase permanent neodymium iron boron magnets in a Halbach array. The rim and housing were made of carbon fiber; the bearings were mechanical. The chassis was built in England by Reynard to compete in the new World Sports Car (WSC) class co-conceived by the FIA, which overseas motor racing around the world from its headquarters in Paris, and the International Motor Sports Association, the premier U.S. road-race sanctioning body. The WSC is a prototype class intending to attract cars at the cutting edge of design and technology." https://www.allpar.com/cars/concepts/chrysler-patriot-hybrid.html
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