The aim of this work is a two-way converter integrated into a micro wind power system (WECS). There are two responsibilities for the converter establish the optimum wind turbine through regulation of the load of the electric generator and charging a super capacitor high energy density that's also component of a hybrid storage unit which is also included batteries that can be recharged.The fundamental objective of a wind turbine (WECS) would be to get the greatest available electricity at every instant from the wind turbine. The paper explains a continuous and discontinuous state-of-the-art analysis of the converter unique to this application. The maximum power point (MPP) based control technique is used for the bidirectional converter (BDC) for achieving highest power from the wind system and maintain the load demand. The diode bridge rectifier is used for the purpose of rectification. The super capacitor (SC) is used as energy storage element in this system and SC is charged through the BDC which is powered by the wind turbine. The proposed system is verified and validated using the MATLAB/Simulink environment. © 2025 Elsevier B.V., All rights reserved.