Abstract:

In this study, a multi-input multi-output DA-DA translator topology was presented for both the introduction of the multi-input Evirics (NKE) into the structure and the elimination of tension imbalance. Multi-source work is provided with the multi-input feature of the recommended translator model. The imbalanced condensator tensions that cause the increase of disturbances in the neutrally scattered eviricals are balanced on the DA side with the multi-output characteristics of this topology. PI controllers have been used to balance the condensator tensions of the network interactive evirator and control the power flow. Simulation studies have been conducted on the Matlab/Simulink platform to verify the theoretical infrastructure and performance of the proposed topology. The comparison results showed that the energy produced in two input sources was successfully transmitted to the network through the NKE and the recommended translator model. Although the NKE condensator breaks the equality of voltage, the voltage balance is provided by controllers and the recommended converter model. The results obtained under balanced and unbalanced conditions showed that the recommended system significantly reduced the disorders.

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