Very short term forecasting in global solar irradiance using linear and nonlinear models

A. Orjuela-Cañón, J. Hernández, Cristian Rodriguez Rivero
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引用次数: 20

Abstract

The behavior of the Photovoltaic Systems are based on solar radiation that focuses on the panels, thus the generation of energy depends on this resource. Planning of these systems makes that demanding energy can be interrupted due to variant radiation behavior. Very short term forecasting models can be useful to improve the available supplies. Present proposal allows a first approach for term shorter prediction of global solar irradiance. Linear and nonlinear models were compared to implement this forecasting. Results show that nonlinear models based on computational intelligence techniques provide better results with a simpler methodology to get the models.
利用线性和非线性模型进行全球太阳辐照度的极短期预报
光伏系统的行为是基于太阳辐射集中在面板上,因此产生的能量依赖于这种资源。这些系统的规划使得由于不同的辐射行为,需要的能量可能被中断。非常短期的预测模型对改善现有供应是有用的。目前的建议为全球太阳辐照度的短期预测提供了第一种方法。比较了线性模型和非线性模型来实现这种预测。结果表明,基于计算智能技术的非线性模型以更简单的方法获得了更好的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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