[PDF] Nonlinear Constrained Component Optimization of a Plug-in Hybrid Electric Vehicle


Download Nonlinear Constrained Component Optimization of a Plug-in Hybrid Electric Vehicle complete Project Report.

Nonlinear Constrained Component Optimization of a Plug-in Hybrid Electric Vehicle complete Project Report – PDF Free Download

Nonlinear Constrained Component Optimization of a Plug-in Hybrid Electric Vehicle

Also Check :  [PDF] Numerical Simulation in Automotive Design


Abstract:

In this thesis an application of Particle Swarm Optimization (PSO) approach to optimally size the vehicle powertrain components (e.g. engine power, electric motor power, and battery energy capacity) while meeting all the critical performance requirements, such as acceleration, grade and maximum speed is studied. Compared to conventional optimization methods, PSO handles the nonlinear constrained optimization problems more efficiently and precisely.

The PHEV powertrain configuration with the determined sizes of the components has been used in a new vehicle model in PSAT (Powertrain System Analysis Toolkit) platform. The simulation results show that with the optimized component sizes of the PHEV vehicle (via PSO), the performance and the fuel efficiency of the vehicle are significantly improved.

The optimal solution of the component sizes found in this research increased the performance and the fuel efficiency of the vehicle. Furthermore, after reaching the desired values of the component sizes that meet all the performance requirements, the overall emission of hazardous pollutants from the PHEV powertrain is included in the optimization problem in order to obtain updated PHEV component sizes that would also meet additional design specifications and requirements.

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