Abstract
This paper presents, Non-isolated High Voltage Gain DC-DC Converter for DC Microgrid. The suggested structure includes two non-isolated inductors to obtain high voltage gain for DC microgrid. In addition, the different two duty ratios are used for three switches. The proposed DC-DC converter can reach a gain of 15 without using switched capacitor techniques and voltage multiplier cell. DC Micro-grids are famous due to coalition of distributed energy storage devices, energy resources and distributed load that operate in co-ordination. Also the steady state analysis is discussed in detail. The MATLAB simulation results for Vin = 20 V and Vout = 300 V has been developed with analytical result.
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