A hybrid conventional drive/electric car has been built that does not use batteries, a motor, or controls. In the purely electric mode, it is pulled by an independently suspended tractor plate that is lowered to within 5/16ths of an inch of a set of buried, switched, linear induction motors. These motors are turned on when the vehicle is approaching, and operate with pulse population modulation at a speed commanded by the driver through an infrared link connected to a computer. Prototype speeds of 24 mph for a 2000 lb. vehicle are contemplated. The motors ultimately can provide speeds necessary for freeway driving, but also must be able to bear the vertical loads associated with lane-changing and non-compatible traffic. The top level system requirements are discussed in a general manner. Pictures of the motor, tractor, and vehicle, etc. are shown. Figures are presented of the force requirements, materials sensitivity, motor slip characteristics, 3-D motor force characteristics, gap characteristics, and power vs. force characteristics. Electromagnetic field measurements inside the car are discussed. Although far from production, this full size prototype shows a radical approach to solving the well known problems associated with battery driven electric vehicles.
Switched linear induction motor freeway system data
Kraftfahrzeugantrieb durch Linearasynchronmotor in der Straßendecke
1992
11 Seiten, 13 Bilder, 8 Quellen
Aufsatz (Konferenz)
Englisch
Switched Linear Induction Motor Freeway System Data
SAE Technical Papers | 1993
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Kraftfahrwesen | 1992
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SAE Technical Papers | 1995
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Engineering Index Backfile | 1960
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