Soft-switching schemes have become famous nowadays because of its simplicity and ease of control. This paper presents an efficient way of battery charging by using a parallel- loaded resonant converter. This converter is constructed by cascading a half-bridge inverter, L-C-L resonant circuit, and a full bridge rectifier. The operation of circuit charger is switched with the technique of zero-voltage switching and resonant components. The main advantages of this converter are low EMI, low switching losses, less weight of components due to high frequency and high efficiency. The conversion efficiency of the proposed converter reaches up to 88%. Two types of charging algorithms such constant current (cc) charging, constant current–constant voltage (cc-cv) charging were implemented using proposed converter topology in MATLAB/ SIMULINK environment and the results obtained are satisfactory.