CAJ | 학술논문

本文研究了一种基于可编程直流电源实时闭环控制的太阳能电池阵列的模拟方法，实时采集可编程直流电源的输出电压和电流，编写程序对可编程直流电源进行闭环控制，使其输出电压与电流能够模拟太阳能电池阵列的输出特性。稳态和动态实验结果表明，所提出的方案具有较高的稳态模拟精度和较快的动态响应速度。
본문연구료일충기우가편정직류전원실시폐배공제적태양능전지진렬적모의방법，실시채집가편정직류전원적수출전압화전류，편사정서대가편정직류전원진행폐배공제，사기수출전압여전류능구모의태양능전지진렬적수출특성。은태화동태실험결과표명，소제출적방안구유교고적은태모의정도화교쾌적동태향응속도。
A novel solar cell array simulation method based real-time closed-loop control of the programmable DC power supply is proposed. According to the mathematical model of the solar array and the real-time value of the out-put voltage and current of the programmable DC power supply,control program is designed to realize that the output voltage and current can simulate the output characteristics of the solar cell array by closed-loop control of the pro-grammable DC power supply. Steady and dynamic experimental studies are carried out and experimental results show that the proposed scheme has perfect steady state simulation accuracy and fast dynamic response.