The use of the solar energy, due to the low efficiency of the conversion process, requires to optimize and maintain along the time the efficiency of the converting chain. This requires a monitoring of the system and a proper analysis of the data. The analysis of the failure modes of the system allows to define a monitoring system architecture that implements monitoring, diagnostic and prognostic. A discussion about the main futures of that system is provided. The core of this system is represented by the sensor unit devoted to evaluate voltage, current, temperature of the panels and directly supplied by the PV panel to be monitored.
A cooperative monitoring and diagnostic architecture for PV systems
CRISTALDI, LOREDANA;FAIFER, MARCO;
2016-01-01
Abstract
The use of the solar energy, due to the low efficiency of the conversion process, requires to optimize and maintain along the time the efficiency of the converting chain. This requires a monitoring of the system and a proper analysis of the data. The analysis of the failure modes of the system allows to define a monitoring system architecture that implements monitoring, diagnostic and prognostic. A discussion about the main futures of that system is provided. The core of this system is represented by the sensor unit devoted to evaluate voltage, current, temperature of the panels and directly supplied by the PV panel to be monitored.| File | Dimensione | Formato | |
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