Determination of maximum solar power under shading and converter faults—A prerequisite for failure-tolerant power management systems
M Hosseinzadeh, FR Salmasi - Simulation Modelling Practice and Theory, 2016 - Elsevier
According to the fact that the performance of power management systems depends on
generation forecasts, a scheme is proposed to detect the shading fault and the converter
failure in a PV system and determine the maximum available solar power in the presence of
these faults. Since the MPP of a PV array under uniform and partial shading faults is smaller
than that of non-shading condition, for MPP tracking operations, difference between
acquired and estimated power is an indicator for the shading fault. However, when the load …
generation forecasts, a scheme is proposed to detect the shading fault and the converter
failure in a PV system and determine the maximum available solar power in the presence of
these faults. Since the MPP of a PV array under uniform and partial shading faults is smaller
than that of non-shading condition, for MPP tracking operations, difference between
acquired and estimated power is an indicator for the shading fault. However, when the load …
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