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Laboratory emulation of a photovoltaic module for controllable insolation and realistic dynamic performance

机译:可控呈现和现实动态性能的光伏模块实验室仿真

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摘要

In this paper, a high fidelity, easy-to-implement photovoltaic (PV) module emulator is presented. The proposed emulator can replicate the electrical behavior of a sunlight illuminated PV module in an indoor environment. The construction of this emulator requires only a PV module and basic laboratory equipment, while still providing dynamic performance that closely matches that of an illuminated PV module in an outdoor environment. The output I-V characteristics of the PV module under real sunlight and that of the proposed emulator were experimentally obtained and compared, such that the functionality of the proposed emulator was verified. An in-depth analysis of the PV module output small-signal impedance is also presented to illustrate the dynamic performance of this emulator.
机译:本文提出了高保真,易于实现的光伏(PV)模块仿真器。 所提出的仿真器可以在室内环境中复制阳光照明光伏模块的电能。 该仿真器的构造仅需要PV模块和基本实验室设备,同时仍提供动态性能,可以与户外环境中照明的光伏模块紧密匹配。 实验和比较了PV模块在实际阳光下的输出I-V特性以及所提出的仿真器的电流特性,并进行比较,使得所提出的仿真器的功能进行了验证。 还提出了对PV模块输出小信号阻抗的深入分析以说明该仿真器的动态性能。

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