Geomodelización con sistemas de información geográfica aplicada a la generación distribuida y autoconsumo con energías renovables

  1. SEGURA MUÑOZ, FELIX DE JESUS
unter der Leitung von:
  1. Carlos Armenta Deu Doktorvater
  2. Francisco Javier Domínguez Bravo Doktorvater/Doktormutter

Universität der Verteidigung: Universidad Complutense de Madrid

Fecha de defensa: 04 von April von 2022

Gericht:
  1. Francisco Valero Rodriguez Präsident/in
  2. Jesús Fidel González-Rouco Sekretär
  3. Luis Fernando Zarzalejo Tirado Vocal
  4. Jesús Polo Martínez Vocal
  5. Julio Amador Guerra Vocal

Art: Dissertation

Zusammenfassung

Energy is a topic of enormous relevance to human activity; Photovoltaic solar energy depends on the resource of the sun, to transform solar energy into electrical energy. It is essential to know the configuration of the photovoltaic system in terms of number of panels, their location, positioning, orientation, inclination, etc.; To do this, programs already developed are usually used that allow making the necessary preliminary estimates to decide whether a photovoltaic installation is suitable, but they do not have the ability to easily introduce a large number of ceilings, so if you want to process a large number of roofs in an industrial estate require investing a lot of time, having to do it manually roof by roof. On the other hand, the precision of solar irradiation is not always the most suitable for specific cases that require more precision. This is one of the main problems that derives from the management of a large number of surfaces and that which specifically affects the precise estimation of capacity for many of the facilities currently under development or projected for the near future...