CAJ | 학술논문

滑动式电能传输技术是根据负载工作在移动场合而提出的一种新型电能传输方式，不仅突破了传统电能静止传输的不足，而且简化系统的运行和维护。首先基于传统变压器原理介绍了两种常见的滑动式变压器结构，并在此基础上分析滑动式变压器工作原理。通过建立有限元分析瞬态模型，分析其磁场分布情况和感应电动势。最后通过具体的实验装置，验证了技术的可行性，为今后的滑动式电能传输技术提供理论指导。
활동식전능전수기술시근거부재공작재이동장합이제출적일충신형전능전수방식，불부돌파료전통전능정지전수적불족，이차간화계통적운행화유호。수선기우전통변압기원리개소료량충상견적활동식변압기결구，병재차기출상분석활동식변압기공작원리。통과건립유한원분석순태모형，분석기자장분포정황화감응전동세。최후통과구체적실험장치，험증료기술적가행성，위금후적활동식전능전수기술제공이론지도。
As a new power transmission means for loads working in sliding applications,the sliding power transmission technology does not only solve disadvantages of traditional stationary power transmission,but also simplifies system operation and maintenance.Firstly,this paper presents two types of common sliding transformer structures based on the conventional transformer principle.Then,it analyzes the operational principle of the sliding transformer,and by setting up an instantaneous FEA model,analyzes its magnetic field distribution and induced electromotive force.Finally,a specific experiment setup is used to verify the feasibility of the technology and provide theoretical guidance for future sliding power transmission technology.