An Optimized Three Phase Multilevel Inverter Topology with Separate Level and Phase Sequence Generation Part - 2017


This paper presents an optimized, 3-f, multilevel inverter (MLI) topology. The proposed system comes by cascading the extent generation half with the part sequence generation half. Additional, it can be operated at any required level relying upon the configuration of the amount generation half. Thus, for higher level operation further components are needed at the amount generation part solely. Therefore, number of elements needed for the proposed MLI is under the traditional three-f MLI topologies for higher level operation. More, the extent generation half is shared by the 3 phases equally. This eliminates the likelihood of phase unbalance. The operating principle and the operation of the proposed MLI are supported with the simulation and experimental validations. More, the proposed optimized MLI is additionally compared with theconventional 3-f MLIs to prove its advantage.

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