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Construct a Simulation Model for Hybrid Electric Vehicle Control Strategy

Guohui Ren

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Abstract

About the hybrid Electric vehicle, the reasonable match the power of the power producer is the most important factor of the Vehicle performance. Hybrid electric vehicle control strategy and structure determines the vehicle's driving performance and fuel economy. Since conventional logic threshold control is very difficult to scale from a precise quantitative values to determine the relevant control parameters, so use the fuzzy control strategy. Used cars based on the main functions ADVISOR simulation software and simulation process control, limitations on the software for its second development, build torque control strategy based on fuzzy simulation model of the engine and the motor torque to achieve a reasonable distribution.

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What this paper is about

About the hybrid Electric vehicle, the reasonable match the power of the power producer is the most important factor of the Vehicle performance. Hybrid electric vehicle control strategy and structure determines the vehicle's driving performance and fuel economy. Since conventional logic threshold control is very difficult to scale from a precise quantitative values to determine the relevant control parameters, so use the fuzzy control strategy. Used cars based on the main functions ADVISOR simulation software and simulation process control, limitations on the software for its second development, build torque control strategy based on fuzzy simulation model of the engine and the motor torque to achieve a reasonable distribution.

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Available abstract

About the hybrid Electric vehicle, the reasonable match the power of the power producer is the most important factor of the Vehicle performance. Hybrid electric vehicle control strategy and structure determines the vehicle's driving performance and fuel economy. Since conventional logic threshold control is very difficult to scale from a precise quantitative values to determine the relevant control parameters, so use the fuzzy control strategy. Used cars based on the main functions ADVISOR simulation software and simulation process control, limitations on the software for its second development, build torque control strategy based on fuzzy simulation model of the engine and the motor torque to achieve a reasonable distribution.

Key concepts: Computer science, Electric vehicle, Torque, Software, Fuzzy logic, Automotive engineering, Control (management), Fuzzy control system

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