MODELLING AND PERFORMANCE ENHANCEMENT OF HYBRID ELECTRICAL VEHICLE USING ANFIS

ELECTRICAL & ELECTRONICS ENGINEERING

To improve the controlling behaviour of hybrid electric vehicles, robust controllers (e.g. ANFIS) are admired for their ability to achieve performance comparable to that of a conventional automobile while significantly enhancing fuel economy and tailpipe emissions. The SPHEV configuration is a combination of the parallel and series Hybrid electric vehicle configurations. The MATLAB (Simscape/Simdriveline/Simulink) simulation tool is used to discover the possibilities of advanced hybrid power train architectures and energy storage system designs in order to improve the accuracy of modelling. Despite their complex architecture, SPHEVs are favoured over simple powertrains due to their technological advances and advantages. The work can be analysed using various energy sources, such as fuel cells, thereby reducing the use of fossil fuels. To initiate the design of the controller using the ANFIS scheme, a simulink model of the motor plant and a mathematical model of the controller are required, both of which can be used for simulation purposes.

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