A multi-terminals AC/DC hybrid microgrid within one AC terminal along with two DC terminals is constructed. Then approached framework repose about cascade H-bridge (CHB ) converter system established as two duel active bridges (DAB) along with AC grid interfaced converter established DC sub grid interfacing the connect double isolates DC terminal. So as to diminish the quantity of intensity transformation stages and force gadgets, the DAB converter system was legitimately associated with cascade h-bridge DC rails as per the framework activity necessity. Then conquer the imbalance network flows and DC rail voltage issues brought about to changed framework design with just two power transformation arranges, an improve technique is approached throughout the zero-grouping voltage infusion into cascade h-bridge converter system. What's more, to keep away from the contentions between zero-arrangement voltage infusion and the voltage/current guideline of the framework, then effects about to controlled parameters into the framework steadiness and dynamic reaction are explored.Assessment simulations ahead of three terminals and five terminals DC/AC microgrids seen their summed up viability of the approached three-stage AC current along with DC bus voltage adjusting strategy.