CAJ | 학술논문

为了寻找一种能更好的实现太阳能电池最大功率点跟踪的方法,文中分析了太阳能电池的数学模型和在外部环境（温度、光照强度）变化的情况下太阳能电池的输出特性。介绍了太阳能电池最大功率点跟踪技术的原理,并提出了一种自适应变步长的方法,克服了传统固定步长方法的不足。仿真结果表明,该方法能够较快地跟踪光伏极板的最大功率点,使太阳能电池工作在最大功率点。
위료심조일충능경호적실현태양능전지최대공솔점근종적방법,문중분석료태양능전지적수학모형화재외부배경（온도、광조강도）변화적정황하태양능전지적수출특성。개소료태양능전지최대공솔점근종기술적원리,병제출료일충자괄응변보장적방법,극복료전통고정보장방법적불족。방진결과표명,해방법능구교쾌지근종광복겁판적최대공솔점,사태양능전지공작재최대공솔점。
In order to search out a method for the perfection of solar cell＇s maximal power point tracking, this thesis starts with the analysis on mathematical model of solar cell and its output characteristic under some external variables, including temperature, light and intensity. Then it elaborates the principle of the technology -Maximal Power Point Tracking, and proposes a new algorithm called adaptive variable-step size, to overcome the shortcoming of the traditional algorithm. The simulation works reveal that this new algorithm is able to quickly track the maximum power at the maximum power point.