Monitoring Software: AMIGA Photovoltaic system

A. CANCIO; A. MANCILLA; J. MAYA; N. LEAL; B. GARCÍA; A. ALMELA; B. ANDRADA; A. M. BOTTI; A. ETCHEGOYEN; J. M. FIGUEIRA; A. FUSTER; N. GONZÁLEZ; S. GARAVANO; M. R. HAMPEL; E. HOLT; J. HULSMAN; M. JOSEBACHUILI; A. LUCERO; D. MELO; S. MÜLLER; M. PERLIN; M. PLATINO; D. RAVIGNANI; F. SANCHEZ; D. SCHMIDT; F. SUAREZ; A. TAPIA; O. WAINBERG; B. WUNDHEILER; L. D. YELOS

Otro; Pierre Auger Internal GAP Note 011 (2017); 2017

Pierre Auger Internal GAP Note 011 (2017) /// In this contribution, we present the software used to process the data acquired by the monitoring data logger of the photovoltaic system used by AMIGA, a complementary detector for the Pierre Auger Observatory. This software converts the encoded data acquired by the data logger into real values of currents and voltages, allowing us to understand charge and discharge cycles, the photovoltaic system behavior under different climatic conditions and to determine its limitations (days of autonomy, times of charge/discharge, currents peaks, and voltages).