Efficiency Analysis and Optimization on Magnetic Resonance Coupled Wireless Transfer System

Lin Lin Tan; Xue Liang Huang; Hao Qiang

doi:10.4028/www.scientific.net/AMR.308-310.1345

Paper Titles

Review of Vision Real-Time Inspection Algorithm for Rolling Steel Surface Defects
p.1328

The Analysis and Design of Turbocharger Thrust Bearing
p.1333

Numerical Experiment on Bend Strength Computation of Profile-Shifted Involute Gear
p.1337

Non-Contact Energy Transfer Based on Ultrasonic
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Efficiency Analysis and Optimization on Magnetic Resonance Coupled Wireless Transfer System
p.1345

Frequency Splitting and Distance Boundary Condition in Magnetic Resonance Coupled Wireless Power Transfer System
p.1349

Pipe Network Remote Monitoring and Fault Diagnosis System Design
p.1353

Calculation about the Fundamental Wave Amplitude of the Current in the Distribution Line on Wavelet Analysis
p.1357

Management Optimization and Control in Manufacturing Process Based on Knowledge-Flow
p.1361

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 308-310Efficiency Analysis and Optimization on Magnetic...

Efficiency Analysis and Optimization on Magnetic Resonance Coupled Wireless Transfer System

Abstract:

In this paper, a magnetic resonance coupled wireless transfer system is studied to establish the efficiency analysis model. By analyzing the influencing factors of system efficiency indicates that the system transfer power is mainly determined to the resonance frequency, and only near the resonance frequency has achieved a maximum value. With experimentally studying the load received power varied with frequency at the transfer distance from 80cm to 120cm, we believe that the magnetic resonance coupled wireless transfer system’s optimization can be realized by controlling the frequency.