Development of autonomous monitoring and performance evaluation system of grid-tied photovoltaic station.

This work aims to improve the existing monitoring systems MS for two grid-connected PV stations GCPVS of URERMS ADRAR, to eliminate its limitations. This improvement consists of developing an MS which is used for two PV stations with different configurations. This MS contains new LabVIEW-based monitoring software for visualizing real-time measured data and evaluating GCPVS performance. In addition, it illustrates the 2D and 3D real-time relationships of PV system parameters, which allow us to understand the dynamic behavior of PV system components. This developed monitoring software synchronizes also the various data acquisition units DAU of GCPVS, allowing simultaneous data access. To perform a reliable performance analysis and a comparative study of different GCPVS based on accurate measurements, the sensor's calibration is performed with its DAU. The MS autonomy is ensured by integrating developed PV-UPS. A graphical user interface is provided for the evaluation of PV-UPS performance. [Display omitted] • Improvement of the existing monitoring of GCPVS to resolve its limitations. • New LabVIEW-based software has been developed to monitor the PV station. • Real-time display of measured data and performance evaluation indices of GCPVS. • Real-time illustration of 2D and 3D relationships of PV system parameters. • Developed PV-UPS to ensure the autonomy of power supply for new monitoring system. [ABSTRACT FROM AUTHOR]