Nabil M. Hidayat

Electric Vehicles,Electric Vehicles Charging,Energy Storage Systems,Power Transfer,Bidirectional Converter,Data Rate,Dcdc Converter,Electric Vehicles Battery,Energy Management System,Energy Transfer,High Levels Of Power,Internet Of Things,Multiple Access,Non-orthogonal Multiple Access,Primary Side,Renewable Energy,Secondary Side,Service Quality,State Of Charge,Switching Frequency,Switching Loss,5G Networks,Achievable Rate,Achievable Rate Of User,Additive Noise,Artificial Neural Network,Base Station,Battery Current,Bidirectional Flow,Bidirectional Power Flow,Bit Error,Bit Error Rate,Boost Converter,Bridge Converter,Capacity Of Users,Cellular Technology,Changes In Environmental Parameters,Charging System,Code Division Multiple Access,Codeword,Communication Protocol,Conduction Loss,Continuous Conduction Mode,Continuous Improvement Process,Continuous Quality Improvement,Conversion Efficiency,Converter Output,Current Flow,Current Waveforms,Data Rate Of User,