Abstract
To address the shortcomings of existing wireless hair-iron, it proposes wireless hair-iron technology that applies power conversion technology and battery-supercapacitor hybrid energy storage system. Methods for solving the problem of low temperature control precision and relatively long heating time of existing wireless hair-iron are presented, and also the power conversion circuit and operation sequence for optimal operation of battery-supercapacitor hybrid system are proposed for increasing battery life and using time. It is required to verify the excellence of the proposed power conversion circuit and operation sequence through simulation and experiment, and to verify that it has a 35% level heating time and 120% using time compared to the existing hair-iron, and a temperature control error of 5% or less.
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