This paper introduces a new hybrid AC-DC power converter (BLCUK-FLYBACK) design for a stable e-vehicle charging station. This suits for high power applications. This converter consolidates minimum number of semi conducting devices working more than one switching period, which eliminates extra conductivity loss caused by a diode connected rectifier of traditional converters and subsequently enhances the converter regulation. Within the constant power state and consistent voltage areas, the fly back technique helps to convolute the BLCUK output. This converter extracts a modified sinusoidal waveform in an input AC supply besides with THD in current flow is decreased with restrictions according to the IEC standards. The proposed hybrid converter is structured in DC mode with the attractive natural zero current switching activity what's more, low reverse current flow in semi-conductor. Hybrid AC-DC converter is tried to exhibit the good performance in PQ issues. The functioning of the converter is verified and tested in mat lab platform. © 2020 Elsevier B.V., All rights reserved.