Riding over network disruptions while maintaining voltage level using grid-connected conversions (GCCs) having lately emerged as major demands represented in grid rules. This work offers a novel technique for generating reference signal capable of sustaining voltage levels by inserting an appropriate set of +ve/-ve watt/wattles currents through four controlling variables. Empirical formulae are presented to obtain the optimal configurations at all under the mesh voltage condition. The following objectives can be met to provide maximum performance: First, phase voltage limits were met; next, real and reactive power flow was optimized; third, fault currents were restricted; and finally, oscillations on real and reactive power were reduced. These optimal behaviours give significant benefits to developing GCCs, including as greater efficiency, reduced dc-link disturbances, better ac network stability, and less device failure. Simulation and empirical studies confirm the analytical conclusions and recommended expressions.