IPWM Based IBMSC DC-AC Converter Using Solar Power for Wide Voltage Conversion System Convertisseur DC-AC IBMSC basé sur l’IPWM et utilisant l’énergie solaire pour un système de conversion à large tension

Design and implementation of dual‐leg generic converter for DC/AC grid integration

“…Output power of the circuit is DC; by using alternate turn-on and turn-off operations, it will achieve voltage step-down. 14 Similarly, step-up operation was also achieved using switching operation; if a converter is designed for both step-up and stepdown with two bidirectional switches, then converter operation will be in bidirectional mode. 15 Another example of power conversion is from solar based converter.…”

“…Output phase voltage is only deciding output ripple current in the inductor, inductor value is expressed in Equation ( 13), and current ripple factor (K f ) is expressed in Equation (14).…”

“…Simultaneously, inherited disadvantages from inverter mode may affect the power range and efficiency. Output power of the circuit is DC; by using alternate turn‐on and turn‐off operations, it will achieve voltage step‐down 14 . Similarly, step‐up operation was also achieved using switching operation; if a converter is designed for both step‐up and step‐down with two bidirectional switches, then converter operation will be in bidirectional mode 15 .…”

“…12,13 Multi-input and multi-output with both DC and AC input universal operations-based generic converters are required for these operations. 14,15 This concept of universal operation is present in comprehensive converters. 16,17 Due to more options for input/output, this converter is flexible for any types of supply operations.…”

“…This integration is possible only when multiple operations are obtained from a converter 12,13 . Multi‐input and multi‐output with both DC and AC input universal operations‐based generic converters are required for these operations 14,15 . This concept of universal operation is present in comprehensive converters 16,17 .…”