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Autonomous complex for electro-thermal heating of oil wells fed by a photovoltaic installation

机译:通过光伏安装供给的油井电热的自主复合物

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Paraffin deposits are a serious problem causing complications in oil production. This article describes the creation of a complex operatingonphotovoltaic installations to combat paraffin deposits. The authors offer an innovative method for accurate calculation of the parameters of photovoltaic installations, taking into account changes in total solar radiation, geographical and climatic conditions, the angle of inclination of solar panels, characteristics of the power source, and oil parameters. Measurements of solar radiation are carried out on the basis of mathematical and simulation modeling in Matlab Simulink. The results of the studies confirm the adequacy of the proposed method of oil well heating. This method of electric heating has a simple design and does not require underground works and well shutdown. Thus, it will improve the efficiency of oil production, prevent the formation of paraffin deposits, and ensure energy savings by reducing power losses and electricity consumption.
机译:石蜡沉积物是一种严重的问题,导致石油生产并发症。本文介绍了创建复杂的员工闪光灯装置,用于打击石蜡沉积物。作者提供了一种用于精确计算光伏装置参数的创新方法,考虑到总太阳辐射,地理和气候条件,太阳能电池板的倾斜角度,电源特征和油参数的变化。在Matlab Simulink中的数学和仿真建模的基础上进行太阳辐射的测量。研究结果证实了提出的油井加热方法的充分性。这种电加热方法具有简单的设计,不需要地下工作和良好的关闭。因此,它将提高石油生产的效率,防止石蜡沉积物的形成,并通过降低功率损耗和电力消耗来确保节能。

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