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Solar energy tracking based on extremum seeking control method

机译:基于极值寻求控制方法的太阳能跟踪

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As a renewable energy source (RES), Photovoltaic (PV) power system is known for its low cost, zero pollution, easy installation, and appropriate for distributed power generation (DPG). In order to maximize the power efficiency for PV system. it is crucial to find a fast and reliable approach to search the maximum power point (MPP). This paper highlights the key principle of extremum seeking control (ESC) algorithm and also three well-tuned conventional maximum power tracking techniques are addressed for comparison purposes. A two stage standalone PV connected system is utilized to evaluate the performance and the system dynamics by using ESC. Addressing on the proposed model, four maximum power point tracking (MPPT) techniques are compared.
机译:作为可再生能源(RES),光伏(PV)电力系统以其低成本,零污染,易于安装,适用于分布式发电(DPG)。为了最大化PV系统的功率效率。找到一种快速可靠的方法来搜索最大功率点(MPP)至关重要。本文突出了极值寻求控制(ESC)算法的关键原理,并且还针对比较目的解决了三种良好的传统最大功率跟踪技术。使用两个阶段独立的PV连接系统通过使用ESC来评估性能和系统动态。在提出的模型上寻址,比较了四种最大功率点跟踪(MPPT)技术。

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