Usage of renewable energy sources is necessary in micro-grids for meeting out energy demand and has become more popular in recent years. The development in integration of renewable energy sources and conventional power generation process provide challenges in the dynamic operational control of micro-grids. To maintain balance among the supply and demand during extreme cases, the appropriate control strategy has to be followed. An appropriate control methodology for improving powerful conduct of half and half network associated framework is proposed in this paper. A DC-DC Converter is associated on the DC side of miniature network framework and DC-AC converter is associated on AC side of the miniature lattice framework. A master controller was utilized to control source powers through converter control. Slave controllers are developed for delivering continuous load power for renewable energy sources which includes wind, solar and fuel cell. This control scheme for AC/DC micro grid achieves power sharing during different loading condition. MATLAB/SIMULINK software was used for mathematical modelling of the system. This proposed control method improves the dynamic conduct of cross breed framework associated framework by overseeing power sharing between AC miniature matrix and DC miniature networks under various stacking conditions.