Implementation of curcumin concentration coating to improve power efficiency in wireless power transfer

Q3 Engineering

EUREKA: Physics and Engineering Pub Date : 2024-01-31 DOI:10.21303/2461-4262.2024.003238

Zainal Abidin, Eko Siswanto, W. Wijayanti, Winarto

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Abstract

The research object in this research is the copper winding in the WPT system which characteristics will be observed after being coated with a concentration of curcumin. From the experiment of coating the curcumin concentration: H2O on the surface of the copper coil, it shows that there is an influence of physical phenomena from the curcumin concentration material. The strength of the magnetic field (B) and electric current (I) increased after the process of coating the concentration of curcumin: H2O on the copper coil for 0–5 hours. A coil wound with an electric current produces a strong magnetic field (B1), while the curcumin compound (C20H21O6) contains two aromatic benzene rings which produce a strong magnetic field on 6p (B2). Measuring the magnetic field strength using a Gauss meter after the curcumin concentration coating process showed an increase in the magnetic field strength and electric current. Assuming the equation for magnetic field strength B=B1+B2. Increasing the strength of the magnetic field and electric current in the copper winding of the wireless power transfer (WPT) system will affect the power efficiency of the copper windings L1 (transceiver) and L2 (receiver). The process of coating curcumin on a layer of copper to determine the electromechanical effect of curcumin. Utilization of curcumin as an alternative to increase power efficiency in WPT and increase conductivity in copper windings

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利用姜黄素浓缩涂层提高无线电力传输的功率效率

本研究的对象是 WPT 系统中的铜绕组，在涂覆一定浓度的姜黄素后，将观察其特性。从在铜线圈表面涂抹姜黄素浓度的 H2O 的实验中可以看出，物理因素会对铜线圈的表面产生影响：H2O 的实验表明，姜黄素浓度材料会对物理现象产生影响。在铜线圈上涂抹姜黄素浓度：H2O 0-5 小时后，磁场强度（B）和电流强度（I）都有所增加。绕有电流的线圈会产生强磁场（B1），而姜黄素化合物（C20H21O6）含有两个芳香苯环，会在 6p 上产生强磁场（B2）。使用高斯计测量姜黄素浓缩涂层工艺后的磁场强度显示，磁场强度和电流都有所增加。假设磁场强度方程为 B=B1+B2。增加无线电力传输（WPT）系统铜绕组中的磁场强度和电流会影响铜绕组 L1（收发器）和 L2（接收器）的功率效率。在铜层上涂抹姜黄素的过程，以确定姜黄素的机电效应。利用姜黄素作为提高 WPT 功率效率和增加铜绕组导电性的替代品

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