一种人机交互式光伏阵列模拟器的设计

Design of human-computer interactive photovoltaic array simulator

为解决真实光伏阵列给研究造成的诸多限制,提出一种人机交互"双工作模式"的数字式光伏阵列模拟器。介绍了整个模拟器系统的设计方案,通过人机交互界面实现静态和动态模拟光伏阵列任意条件下的输出特性,增加了操作的多样化和可视化。实验表明,该模拟器可以在实验室环境下较为精确地模拟任意条件下的光伏阵列输出特性,可以取代真实的光伏阵列进行实验研究。

To solve the limitations of the actual photovoltaic array to the research,a digital photovoltaic array simulatorbased on the ＂double working mode＂ of human computer interaction was proposed. The design methods of thesimulator system were introduced. The static and dynamic simulation output characteristics of photovoltaic arrayunder any conditions could be realized by human-computer interaction interface. And the diversity of the operationand visualization could be increased. The experimental results show that the simulator in laboratory environment canaccurately simulate the output characteristics of the photovoltaic array under different conditions, and can replace thereal photovoltaic array for experimental research.