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PV System Power Forecasting Based on Neural Network with Fuzzy Processing of Weather Factors

机译:基于神经网络的PV系统功率预测与天气因子的模糊处理

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A short-term PV system power forecasting method is presented in the paper based on neural network, considering fuzzy characteristics of weather factors. Weather factors that affect PV system power output mainly include temperature, radiation intensity, rain and relative humidity which. are all of strong fuzziness. The paper firstly made use of membership functions to process their fuzziness. Then, the historical power data of a PV system was put into neural network together with fuzzy processed historical weather data to train the network, therefore, neural network that be able to forecast PV power was get. Finally, data of an actual PV system in Colorado was employed to. methods with and without fuzzy processing of weather factors, results show that the method with fuzzy processing is more accurate than that without fuzzy processing.
机译:基于神经网络的纸张介绍了短期PV系统功率预测方法,考虑了天气因子的模糊特征。影响光伏系统功率输出的天气因素主要包括温度,辐射强度,雨水和相对湿度。都是强烈的模糊性。本文首先利用隶属函数来处理其模糊性。然后,PV系统的历史电力数据与模糊处理的历史天气数据一起投入神经网络,以培训网络,因此,能够预测PV电源的神经网络是得到的。最后,采用了科罗拉多州实际PV系统的数据。具有且没有模糊处理天气因素的方法,结果表明,模糊处理的方法比没有模糊加工的方法更准确。

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