Memorias de investigación
Tesis:
Spatiotemporal characteristics of solar resource and photovoltaic productivity over the Euro-Mediterranean area: a climate perspective
Año:2019

Áreas de investigación
  • Física química y matemáticas,
  • Ciencias de la tierra

Datos
Descripción
The ongoing energy transition and the growth of the share of renewables technologies in the energy system, especially in the electricity mix generation, have risen concern about the spatio-temporal characteristics of the resources. This knowledge demand from the involved stakeholders, has increased not only for the short-term time scales, but also in the climatic scales that affect to different stages of the renewables deployment and development. The interest about the availability of renewable resources under climate change conditions is especially relevant. The possible changes in the resource amount or its variability might affect the planning and future operation activities in power plants that are being projected at this time. The present work is based on the study of solar resource and photovoltaic production over the Euro-Mediterranean area with a climatic perspective. The variability issue, that makes most of the renewable technologies not available by demand, is addressed from three different perspectives. At the same time, these three approaches give answers to concrete scientific questions in each of the results chapters. In the first place, the interannual variability and complementarity of solar resource and photovoltaic productivity in the Iberian Peninsula is analysed using a multi-step scheme that includes a regionalization through clustering algorithms. The method allows to systematize intercomparison among zones inside the region studied. Secondly, the role of aerosols in the spatio-temporal variability of the photovoltaic pro- duction is analysed for the Euro-Mediterranean area, which is highly influenced by aerosols from different sources. Finally, future projections of photovoltaic energy are analysed under climate change con- ditions over Europe. The three studies show that climate time-scales are also relevant in terms of solar re- source and photovoltaic productivity and deserve attention for a better integration of pho- tovoltaic energy in the energy system.
Internacional
Si
ISBN
Tipo de Tesis
Doctoral
Calificación
Sobresaliente cum laude
Fecha
17/06/2019

Esta actividad pertenece a memorias de investigación

Participantes
  • Director: Oscar Perpiñan Lamigueiro UPM
  • Director: Miguel Ángel Gaertner UCLM
  • Autor: Claudia Gutiérrez Escribano Univ. Castilla La Mancha

Grupos de investigación, Departamentos, Centros e Institutos de I+D+i relacionados
  • Creador: Centro o Instituto I+D+i: Instituto de Energía Solar
  • Departamento: Ingeniería Eléctrica, Electrónica Automática y Física Aplicada