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Modeling of Secondary Arc on High-Voltage Solar Array in Space

机译:高压太阳电池阵列中的二次电弧建模

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Secondary arc on solar arrays in space in defined as an arc discharge short-circuiting adjacent solar cells. As the operational voltage of spacecraft increases to 100V, there is more risk of secondary arc that can destroy solar array circuits. Secondary arc is categorized as a vacuum arc, although its current is very low, even less than 1 A. One-dimensional modeling is carried out to derive sets of parameters that satisfy the governing equations. Genetic algorithm is used to find the optimal set of solutions. Even at a current less than 1 A, the solutions exist though the arc voltage is higher than the experimental values by several tens of volts.
机译:空间中太阳能电池阵列上的二次电弧定义为使相邻太阳能电池短路的电弧放电。当航天器的工作电压增加到100V时,二次电弧会破坏太阳能电池阵列电路的风险更大。尽管次级电弧的电流非常小,甚至小于1 A,但次级电弧仍被归类为真空电弧。进行一维建模可得出满足控制方程式的参数集。遗传算法用于找到最优解集。即使在小于1 A的电流下,也存在解决方案,尽管电弧电压比实验值高几十伏。

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