The Proposed research is to explore the performance of Bidirectional Converters and Energy Administration system (EAS) of a Grid-connected crossover series of Solar and Wind Generation. The hybrid system comprises of wind turbine (WT) and solar photovoltaic (PV) panels as an essential energy sources. Inventive topologies for Renewable Energy (RE) change systems that incorporate with electric grids and energy storage systems are to be considered for different needs in smart grid applications. DC-DC bidirectional converter is to be connected between batteries bank and DC-connect bus voltage, is utilized to control the power through DC-link voltage. It is additionally to be utilized to make the batteries bank stores the overflow of solar energy and supplies this energy to the load during solar power lack. The complex Soft Computing Techniques are to be considered for the control of Bidirectional Converters. The proposed investigate work is additionally to recognize better Bidirectional Voltage Source Converter to bolster surplus power generation to the primary Grid. Grid combination of Photo Voltaic (PV)/Wind crossover energy change system is to be displayed with multi-functional features.