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Comparative Analysis between High-order Compensation and SS-compensation for Dynamic Wireless Power Transfer System

Kantipudi V.V.S.R. Chowdary, Kundan Kumar, Subrata Banerjee, Raja Ram Kumar

202014 citationsDOI

Abstract

Dynamic wireless power transfer (DWPT) system for EVs is a customary need for future transportation. In this paper, a comparative analysis between high-order compensation and Series-Series (SS) compensation for DWPT system is presented. In general, the application of the wireless power transfer system, SS-compensation has proven to be effective in terms of the load independent characteristics and zero phase angle operation. Moreover, high-order compensation of DWPT system provides greater flexibility in control and reduced power stages in the onboard receivers of the EVs. The comparative analysis has presented here to demonstrate the trade off between high-order compensation and SS-compensation. Finally, it is observed that high-order compensation is better in terms of zero current as well as zero voltage switching characteristics which make it more suitable for DWPT system.

Topics & Concepts

Compensation (psychology)Wireless power transferFlexibility (engineering)Compensation methodsMaximum power transfer theoremWirelessPower (physics)Computer scienceTransfer (computing)Control theory (sociology)Electronic engineeringEngineeringControl (management)TelecommunicationsMathematicsPhysicsPsychologyDigital marketingQuantum mechanicsParallel computingArtificial intelligenceReturn on marketing investmentPsychoanalysisStatisticsWorld Wide WebWireless Power Transfer SystemsEnergy Harvesting in Wireless NetworksAdvanced Battery Technologies Research
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