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Solar Tracking for Optimizing Conversion Efficiency Using ANN

机译:用于使用ANN优化转换效率的太阳能跟踪

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In order to maximize the amount of radiation collected by a solar PV panel, the tracker must follow the sun throughout the day. The tracking mechanism of sun required electric motors, light sensors, gearbox, and electronic control to accurately focus at the sun at all times which make the tracking system complex. Also to get maximum power from solar PV panel, MPPT technique must be implemented to the system. This paper deals with new approach for solar tracking and MPPT using single neural network control scheme aiming to reduce overall cost and complexity without nixing efficiency of solar photovoltaic system. The simulation model is done in the MATLAB Simulink for system analysis.
机译:为了最大限度地提高由太阳能光伏面板收集的辐射量,跟踪器必须全天沿着太阳遵循太阳。阳光要求电动机,光传感器,变速箱和电子控制的跟踪机构,可以在所有时间准确地聚焦在阳光下,这使得跟踪系统复杂。还要从Solar PV面板获得最大功率,必须将MPPT技术实现到系统。本文对太阳能跟踪和MPPT的新方法涉及使用单一神经网络控制方案,旨在降低整体成本和复杂性而无需太阳能光伏系统的尼希效率。模拟模型是在Matlab Simulink进行系统分析中完成的。

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