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Estimation of Electricity Generation for a Solar-Tracking Photovoltaic System

机译：太阳能跟踪光伏系统发电的估计

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摘要

Due to price increase of fossil fuels and related environmental pollution, development and utilization of alternative and renewable energy sources is an important topic in Korean agriculture, especially for protected crop production, as in other countries and industrial areas. Photovoltaic power is considered as one of the most promising alternative energy source for protected crop production. Effects of environment, type of solar cell, method of installation and operation on power generation performance should be investigated for design and application of photovoltaic system suitable for specific crop, season, and location, but related research has been limited. In this study, electricity generation of a solar-tracking photovoltaic system was investigated. First, collected original data were preprocessed to remove possible outliers. Second, theoretical effects of solar radiation and module temperature were verified with collected data. Third, previous models of power generation were evaluated andnew models were developed with the data. Results of the study would be useful for selection and application of optimum photovoltaic systems by farmers.
机译：由于化石燃料的价格增加和相关的环境污染，替代和可再生能源的开发利用是韩国农业的重要课题，特别是对于受保护的作物生产，与其他国家和工业区一样。光伏电源被认为是受保护作物生产最有前途的替代能源之一。环境，太阳能电池的效果，应用和发电性能的安装方法，适用于特定作物，季节和地点的光伏系统的设计和应用，但相关研究受到限制。在这项研究中，研究了太阳能跟踪光伏系统的发电。首先，预处理收集的原始数据以消除可能的异常值。其次，用收集的数据验证了太阳辐射和模块温度的理论效果。第三，评估先前的发电模型，并使用数据开发了新的模型。该研究的结果对于农民选择和应用最佳光伏系统。

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