Refrigeración solar por adsorción con sistema de captación CPCexperimentos y modelo

  1. González Martín, Manuel Iván
Dirigée par:
  1. Luis Román Rodríguez Cano Directeur

Université de défendre: Universidad de Burgos

Fecha de defensa: 17 novembre 2006

Jury:
  1. María Inmaculada Paz Andrade President
  2. Verónica Tricio Gómez Secrétaire
  3. Isaac Pilatowsky Figueroa Rapporteur
  4. José Ramón Perán González Rapporteur
  5. Pedro Juan Martínez Beltrán Rapporteur
Département:
  1. FISICA

Type: Thèses

Teseo: 139124 DIALNET lock_openRIUBU editor

Résumé

A prototype of solid sorption solar chiller using the activated carbon / methanol couple has been designed and built. Its major features are: - A novel design of compound parabolic concentrator (CPC), allowing a good compromise between daily collection of radiation and an efficient nightly cooling of the reactor. - Water-cooled shell-and-tubes condenser, the cooling water coming from a water tank annex to the unit. - A continuous experimental record of the methanol concentration in the reactor, which permits a detailed analysis of the thermal exchanges in all the parts of the unit. The prototype was experimentally tested, and the average COP was 0.09. A mathematical model to simulate the operation of the unit has been implemented. This model is helpful to forecast the unit performance under a variety of environmental conditions, and as a result of a change in design parameters