Dr. Daniel Carbonell

SPFWM II, Projektleiter EU-Projekte

+41 58 257 41 43dani.carbonell@ost.ch

  • : Solar-ice systems for multi-family buildings: hydraulics and weather data analysis,
  • : Seasonal energy storage in aluminium for 100 percent solar heat and electricity supply,
  • M. Farchado: Heat and power storage using aluminium for low and zero energy buildings,
  • : Analyse des ersten Betriebsjahres einer solarthermischen Eisspeicher-Heizung mit enteisbaren Wärmetauschern,
  • M. Battaglia, B. Thissen, L. Kunath: Validation of an Ice Storage Model and its Integration into a Solar-Ice System,
  • : SolProof - Kompaktheit und Fehlerresistenz von Solaren Heizsystemen auf dem Prüfstand,
  • M. Battaglia: Numerical and experimental evaluation of ice storages with ice on capillary mat heat exchangers for solar-ice systems,
  • M. Battaglia: Cost-Energetic Analyses of Ice Storage Heat Exchangers in Solar-Ice Systems,
  • M. Battaglia: Eisspeicher in der Forschung und im praktischen Einsatz (in English),
  • M. Granzotto, M. Battaglia: Experimental investigations of heat exchangers in ice storages for combined solar and heat pump systems,
  • M. Granzotto: Simulation of a solar-ice system for heating applications. System validation with one-year of monitoring data,
  • : Modeling of an ice storage buried in the ground for solar heating applications. Validations with one year of monitored data from a pilot plant,
  • E.Frank: Modeling of an ice storage based on a de-icing concept for solar heating applications,
  • M. Granzotto: Systemauslegung und Ökobilanzierung von Solarthermie-Wärmepumpen-Heizungen mit Eisspeichern und Abwasser-Wärmerückgewinnung,
  • M. Granzotto, E. Frank: Simulation of Combined Solar Thermal, Heat Pump, Ice Storage and Waste Water Heat Recovery Systems. Design Criteria and Parametric Studies,
  • E. Frank: Potential Benefit of Combining Heat Pumps with Solar Thermal for Heating and Domestic Hot Water Preparation,
  • E. Frank: Development and Validation of a Mathematical Model for Ice Storages with Heat Exchangers that can be De-iced,
  • Christian Winteler, Erik Bertram, Mircea Bunea, Werner Lerch, Fabian Ochs: Solar and Heat Pump Systems – Summary of Simulation - Results of the IEA SHC Task 44 / HPP ANNEX 38,
  • E. Frank: Simulations of combined solar thermal and heat pump systems for domestic hot water and space heating,