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Thermal energy storage applications for buildings

Thermal energy storage applications for buildings

Selection of TES for given boundary conditions in buildings
0

Selection of TES for given boundary conditions in buildings – 1 ECTS

50.00 300.00 

The present lesson is restricted to active storage systems for heating and cooling building applications. The methodology has two major steps. The…

Integration of PCMs into building envelopes and thermo-physical considerations (passive)
0

Integration of PCMs into building envelopes and thermo-physical considerations (passive) – 2 ECTS…

100.00 600.00 

This lesson will introduce the basic concepts of PCM integration into building envelope systems and will analyse the main thermo-physical effects of such passive strategy.

TES systems for heating and cooling in buildings’ applications (active)
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TES systems for heating and cooling in buildings’ applications (active) – 1 ECTS

50.00 300.00 

This lesson will introduce the basic concepts of PCM integration into building envelope systems and will analyse the main thermo-physical effects of such passive strategy.

Recent research contributions and main numerical and experimental findings – TES systems integrated in buildings. Case studies
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Recent research contributions and main numerical and experimental findings – TES systems integrated in buildings. Case studies. –

50.00 300.00 

This lesson will introduce the most recent research contributions and results regarding PCM integration into building envelope components and active systems. In particular…

Real scale performance of TES in buildings. Indoor and outdoor boundary conditions. Case studies
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Real scale performance of TES in buildings. Indoor and outdoor boundary conditions. Case studies – 1 ECTS

50.00 300.00 

This lesson will introduce the most recent research contributions and results regarding PCM integration into building envelope components and active systems. In particular…

Thermal comfort, energy consumption and the role of TES systems in buildings
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Thermal comfort, energy consumption and the role of TES systems in buildings – 2 ECTS

100.00 600.00 

This lesson presents the importance of a correct R & D approach in order to achieve feasible commercial solutions in the thermal storage area of CSP plants.

Application of numerical simulation tools to analyze thermal energy storage systems in buildings
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Application of numerical simulation tools to analyze thermal energy storage systems in buildings – 2 ECTS

100.00 600.00 

This lesson presents the importance of a correct R & D approach in order to achieve feasible commercial solutions in the thermal storage area of CSP plants.

Introduction to life cycle assessment
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Introduction to life cycle assessment (LCA) – 2 ECTS

100.00 600.00 

This lesson presents the importance of a correct R & D approach in order to achieve feasible commercial solutions in the thermal storage area of CSP plants.