用于最大光伏发电的低成本光度传感

S. Stella, B. L. Prasanth, T. K. MahendraBabu, K. Gnanambal
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引用次数: 3

摘要

恒压最大功率点技术(MPPT)方法的缺点是通过将光伏(PV)面板与系统的平衡断开连接来测量其开路电压Voc。为了降低电路复杂度,本文提出了一种从低成本光度传感器中识别峰值功率工作点的补救措施。测量的光度量要以辐照度的形式转换成辐射量。因此,开发了通过光度测量来估计Voc的数学模型。现在恒压法可以用来确定从0.76 Voc百分比的最大功率点。所建立的数学模型支持在不断开光伏板的情况下,在实时光伏发电中找到最大功率点。通过不同天气条件下的实验验证了该方法的有效性。
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Low-cost Photometric sensing for Maximum PV power generation
The Constant Voltage Maximum Power Point Technique (MPPT) method has the drawback of measuring the open circuit voltage Voc of the Photo voltaic (PV) panel by disconnecting it from the balance of the system. To reduce the circuit complexity, this paper proposes a remedial measure to identify the peak power operating point from the Low cost Photometric Sensor. The measured photometric quantity is to be converted into a radiometric quantity in terms of the irradiance. Hence the mathematical model is developed to estimate Voc through photometric measurement. Now the constant voltage method can be used to determine the Maximum Power Point from 0.76 percentage of Voc. The developed mathematical model endorses to find MPPT without disconnecting the PV panel in the real time PV power generation. The effectiveness of the proposed method is verified through experiments under various weather conditions.
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