SYSTEM AND METHOD FOR BRAKING IN AN ELECTRIC VEHICLE
First Claim
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1. An electric traction system for an electric vehicle comprising:
- an internal combustion engine and a generator coupled to the engine;
a power bus coupled to the generator;
a power storage unit coupled to the power bus;
a drive controller coupled to an electric motor and to the power bus; and
a vehicle controller coupled to the drive controller;
wherein the generator is configured to receive electrical power regenerated onto the power bus by the electric motor in order to provide mechanical power to the engine, and the engine is configured to dissipate the mechanical power in order to provide a braking function.
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Abstract
An electric traction system for an electric vehicle includes an internal combustion engine and a generator coupled to the engine, a power bus coupled to the generator, a power storage unit coupled to the power bus, a drive controller coupled to an electric motor and to the power bus, and a vehicle controller coupled to the drive controller. The generator is configured to receive electrical power regenerated onto the power bus by the electric motor in order to provide mechanical power to the engine, and the engine is configured to dissipate the mechanical power in order to provide a braking function.
174 Citations
1 Claim
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1. An electric traction system for an electric vehicle comprising:
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an internal combustion engine and a generator coupled to the engine;
a power bus coupled to the generator;
a power storage unit coupled to the power bus;
a drive controller coupled to an electric motor and to the power bus; and
a vehicle controller coupled to the drive controller;
wherein the generator is configured to receive electrical power regenerated onto the power bus by the electric motor in order to provide mechanical power to the engine, and the engine is configured to dissipate the mechanical power in order to provide a braking function.
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Specification