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The multilevel DC – DC boost converter with multiple DC sources is one of the most promising topo... more The multilevel DC – DC boost converter with multiple DC sources is one of the most promising topology for photovoltaic system. In renewable energy sources like photovoltaic cells or array, the output voltage is of low level. In order to overcome this problem, the output voltage from the photovoltaic cell or array must be stepped up to a decent level and this can be done by using multilevel DC – DC boost converter with multiple DC sources which has been proposed in this paper. This DC – DC multilevel boost converter topology with multiple DC sources is a combination of simple boost converter and switched capacitor function to provide high voltage gain. The main advantage of this circuit is that it has multiple DC sources which means that different magnitudes of input voltages can be provided at individual sources. The proposed system is analyzed and simulated in MATLAB Simulink to validate the design.

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The multilevel DC – DC boost converter with multiple DC sources is one of the most promising topo... more The multilevel DC – DC boost converter with multiple DC sources is one of the most promising topology for photovoltaic system. In renewable energy sources like photovoltaic cells or array, the output voltage is of low level. In order to overcome this problem, the output voltage from the photovoltaic cell or array must be stepped up to a decent level and this can be done by using multilevel DC – DC boost converter with multiple DC sources which has been proposed in this paper. This DC – DC multilevel boost converter topology with multiple DC sources is a combination of simple boost converter and switched capacitor function to provide high voltage gain. The main advantage of this circuit is that it has multiple DC sources which means that different magnitudes of input voltages can be provided at individual sources. The proposed system is analyzed and simulated in MATLAB Simulink to validate the design.

Bookmarks Related papers MentionsView impact

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