CAJ | 학술논문

感应耦合电能传输(ICP)系统在工作过程中，负载变化会引起系统工作频率不稳定，从而导致功率传输效率降低，严重时还可能引起系统工作不稳定。针对此类问题，采用电容阵列动态调节电路并设计改进模糊控制算法，动态调节初级谐振电容阵列等效值，确保系统负载参数变化时系统工作频率的稳定，以提高系统功率传输效率和确保系统稳定性。实验结果验证了该稳频控制方法的有效性和优越性。
감응우합전능전수(ICP)계통재공작과정중，부재변화회인기계통공작빈솔불은정，종이도치공솔전수효솔강저，엄중시환가능인기계통공작불은정。침대차류문제，채용전용진렬동태조절전로병설계개진모호공제산법，동태조절초급해진전용진렬등효치，학보계통부재삼수변화시계통공작빈솔적은정，이제고계통공솔전수효솔화학보계통은정성。실험결과험증료해은빈공제방법적유효성화우월성。
The load resistance changes may cause the variation of operational frequency of the inductively coupled power transfer (ICPT) systems, leading to the reduction of power transfer efficiency and system instability. An improved fuzzy control strategy is designed to ensure the stability of the resonant operational frequency when the load changes by controlling the effective value of the primary resonant capacitor array. This method promotes the power transfer efficiency and stability of ICPT systems. The experimental results verify the functionality and superiority of the proposed strategy.