CONTRIBUTION TO THE CHARACTERIZATION OF EMERGING PHOTOVOLTAICS TECHNOLOGIES IN LIMA-PERU Autor: CONDE MENDOZA, LUIS ÁNGEL
Fecha
2022-12-12
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Jaén : Universidad de Jaén
Resumen
Esta Tesis Doctoral contribuyó a desarrollar un nuevo laboratorio fotovoltaico (FV) en la ciudad de Lima-Perú, mediante la implementación de un sistema de caracterización para módulos FV de diferentes tecnologías que permite realizar estudios de rendimiento en condiciones exteriores. El laboratorio es el primero de su tipo en Perú, y fue implementado en los exteriores de la sección Física de la Pontificia Universidad Católica del Perú (PUCP) en colaboración con el grupo de investigación IDEA de la UJA.
Actualmente se encuentran instalados siete diferentes tecnologías de módulos FV donde se mide la curva corriente-voltaje (I-V) de cada módulo a intervalos de cinco minutos y simultáneamente se mide la temperatura, irradiancia, espectro solar y las condiciones ambientales. Además, se desarrolló un software especializado para el control, medición y almacenamiento de los datos. Se hicieron análisis de rendimiento FV y caracterización del espectro solar en Lima en periodos anuales que fueron publicados.
This Doctoral Thesis contributed to developing a new photovoltaic (PV) laboratory in Lima-Peru, by implementing a characterization system for PV modules of different technologies. The laboratory is the first of its kind in Peru and allows performance studies in outdoor conditions. It was implemented in the Physics section of the Pontificia Universidad Católica del Perú (PUCP) in collaboration with the UJA research group IDEA. Seven different PV module technologies are currently installed. Each module's current-voltage (I-V) curve is measured at five-minute intervals. Simultaneously, the temperature, irradiance, solar spectrum, and environmental conditions are measured. In addition, specialized software was developed for the control, measurement, and storage of data. In annual periods, the PV performance and characterization of the solar spectrum in Lima were analyzed.
This Doctoral Thesis contributed to developing a new photovoltaic (PV) laboratory in Lima-Peru, by implementing a characterization system for PV modules of different technologies. The laboratory is the first of its kind in Peru and allows performance studies in outdoor conditions. It was implemented in the Physics section of the Pontificia Universidad Católica del Perú (PUCP) in collaboration with the UJA research group IDEA. Seven different PV module technologies are currently installed. Each module's current-voltage (I-V) curve is measured at five-minute intervals. Simultaneously, the temperature, irradiance, solar spectrum, and environmental conditions are measured. In addition, specialized software was developed for the control, measurement, and storage of data. In annual periods, the PV performance and characterization of the solar spectrum in Lima were analyzed.
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sistema de caracterización a exteriores, curva I-V, tecnologías fotovoltaicas, rendimiento fotovoltaico, espectro solar
Citación
p.[http://hdl.handle.net/10953/]