This paper proposes a non isolated Bidirectional DC-DC Converter with LCD (Inductance Capacitance Diode) snubber achieves high efficiency. In this paper non dissipative LCD clamp circuit is introduced not only achieves high efficiency, reduces cost, simple structure and also reduces current spike in the conventional NBDC, reduces switching losses and applicable for higher power conversion. The proposed non dissipative LCD snubber recycle the energy absorbed from either input or output side and it circulate through throughout the switching period. The proposed topology is simulated using MATLAB/SIMULINK software and its operation modes for both boost and buck conversion has been investigated throughout the paper. The simulated results of the proposed converter are compared with the conventional NBDC’s topologies to verify its effectiveness. The proposed NBDC topology is experimentally verified for a 0.5 KW prototype.