Abstract
The demand of charging facilities in Electrical Vehicle (EV) is high. To meet out this demand, Dual input and dual output DC-DC converter is proposed for charging system in the EV charging technology. This proposed system consists of two inputs, two outputs and a single inductor in its architecture. It works in boost condition for both the given inputs. Here, one source is used for boost condition and other source is also utilized in boost condition, with these conditions its importance is established in the new systems of this filed. This is possible because of the constant current control at input in which the sources are controlled by duty cycles. The output is controlled in different method that any change in one of the outputs do not affect the other. It has the feature of DC-DC converter to regulate the noises and high frequency-based switching help them to put switching losses to minimum and reason to adapt for boost condition is to reduce the diode losses as in most systems. This system also uses only few components than most converter-based systems.
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