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This paper deals with the design of suitable control strategy for a dual input DC/DC converter. Nowadays, it becomes very essential to stabilize the output voltage of DC/DC converter for hybrid energy application. To achieve this objective, control of duty ratios of switches using different control strategies is proposed in this paper. Comparative analysis has been carried out between two control...
Different types of multi-input DC-DC converters have been proposed by number of researchers for the purpose of integrating more than one energy source. Development of a suitable power electronic interface is most essential for integrating these sources with very less number of components. Nowadays, it is very much essential to stabilize the output voltage of DC/DC converters in order to ensure maximum...
Hybridization of energy sources gives better reliability and flexibility for the power generation system. For integrating different sources, a suitable power electronic interface and a power management strategy are mandatory requirements. In this paper, implementation of closed loop controller for a dual input single output DC-DC converter to integrate two different VI characteristic sources for DC...
Design and fabrication of a Dual input — Single output DC-DC converter topology is reported in this paper. Nowadays renewable energy sources are enormously utilized for electrification by the domestic consumers. These renewable energy sources require a proper power converter circuit for the integration with grid or to operate in the off grid. Single Input — Single Output (SISO) converters are used...
Green energy sources such as solar — PV, wind, fuel cell, battery, ultra capacitor etc. are highly recommended in hybrid electric vehicle applications. Power electronic converters play an essential role in the incorporation of these green energy sources in to the vehicle system. Design and analysis of a non-isolated dual input DC-DC converter for the integration of nonlinear V-I characteristic DC...
The photoelectron spectroscopy of Cr 2 O 3 and impregnated Cr 2 O 3 /Al 2 O 3 catalysts was studied before and after treatment with anhydrous hydrogen fluoride (AHF) and after reaction of trichloroethene (TRI) with AHF. XPS results indicate formation of both hydroxyfluorides and fluorides of Cr and Al. The binding energy values of the Cr2p 3/2 ...
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