Multi objective energy management strategy for plug in hybrid electric vehicle.

In a Plug-in hybrid vehicle, it is possible to get the required propulsion for the vehicle with more than one power source. This improves the performance of the vehicle and reduces energy loss. The Battery, Fuel cell, Ultracapacitor, Solar cell are the multiple energy source can be used in PHEV. This modern intelligent transport system is support to reduce the usage of fossil fuel and CO2 emission. The rule-based algorithm is used for optimizing the power flow between the traction motor and power source. The supervisory control strategy was verified through MATLAB simulation circuit. The technique has proved the improved performance of the vehicle and extended range of travel. [ABSTRACT FROM AUTHOR]