首页> 外文会议>Power Electronics and Drive Systems Technology (PEDSTC), 2012 3rd >Bypass diode characteristic effect on the behavior of solar PV array at shadow condition
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Bypass diode characteristic effect on the behavior of solar PV array at shadow condition

机译:阴影条件下旁路二极管特性对太阳能光伏阵列性能的影响

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摘要

Bypass diodes are used in PV arrays to protect sunny modules against the negative effects of shaded ones. Bypass diodes characteristic mainly consist of two factors: turn on resistance and forward voltage. These factors could have affect on the output of solar photovoltaic array at shadow condition. This paper tries to analyze this effect by the use of two solar cells connected in series and protected by no-overlapped bypass diodes. MATLAB software has been used for simulation. In experimental process different diodes have been compared. Results show that bypass diodes acts like a shifter in I-V curve of solar array.
机译:光伏阵列中使用了旁路二极管,以保护阳光充足的模块免受阴影模块的负面影响。旁路二极管的特性主要由两个因素组成:导通电阻和正向电压。这些因素可能会影响阴影条件下的太阳能光伏阵列的输出。本文试图通过使用两个串联连接并由无重叠旁路二极管保护的太阳能电池来分析这种影响。 MATLAB软件已用于仿真。在实验过程中,已经比较了不同的二极管。结果表明,旁路二极管在太阳能电池阵列的I-V曲线中起着移位器的作用。

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