LGORITHM FOR FINDING MAXIMUM POWER POINT TRACKING WHEN SHADOWING OR FAILURE OF SOLAR PANELPHOTO CELLS ON SATELLITES USING LOW ORBITS

A. Syzdykov
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Abstract

Solar cell shading or the failure of several photocells changes the output current-voltage characteristic. This paper discusses an algorithm for approaching and searching the maximum power generated on board the spacecraft, which is all-important for fast charging of the secondary sources of electrical energy since the time spent on the sunny side in low orbits are limited by time. Currently, algorithms for finding maximum power work in idealcases, and simple and effective algorithms are needed in cases of solar panel shading or failure of photocell/cells. In this paper, a simulation of a solar panel in various conditions is carried out. An algorithm for constructing the output volt ampere characteristics of a solar cell and a solar panel is implemented. Experiments of various algorithms on real devices have also been carried out.
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低轨道卫星上太阳能电池板光电池遮挡或失效时最大功率点跟踪算法
太阳能电池遮阳或几个光电池失效会改变输出电流-电压特性。本文讨论了一种接近和搜索航天器上产生的最大功率的算法,这对于低轨道上太阳侧的时间有限,对二次电源的快速充电至关重要。目前,寻找最大功率的算法在理想情况下工作,而在太阳能电池板遮阳或光电池/电池失效的情况下需要简单有效的算法。本文对某太阳能电池板进行了各种工况下的仿真。实现了一种构造太阳能电池和太阳能电池板输出伏安特性的算法。并在实际设备上进行了各种算法的实验。
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0.00%
发文量
15
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