Multi Port Converter for Hybrid Electric Vehicles Application

This paper used for hybrid energy applications, which uses a multiple port high-gain, non-isolated, dc-dc converter topology. In this there are four ports with power sources which consists of three ports for input power sources and one port for output power. These ports are interfaced by the proposed multiple port dc-dc converter. The developed converter has advantages of high gain with respect to voltage, low component count, and high efficiency which make it highly beneficial for interfacing renewable energy applications. This is used for electric vehicle quick charging. The suggested system uses an active inductor capacitor (ALC) network to produce a high output voltage gain. Additionally, fewer switches are used per input port, and the PIC microcontroller uses an optocoupler to supply gate pulses to the switches in order to reduce the number of components.