A thermodynamic and cost-effective optimized Trombe wall based on latent heat storage (LHS) for year round application | www.esteco.com

A thermodynamic and cost-effective optimized Trombe wall based on latent heat storage (LHS) for year round application

Author(s): 
Kees Jan Hendriks (Delft University of Technology)

This research aims to investigate and optimize the thermal energy performance of a Phase change material (PCM) Trombe wall to create an economically feasible product. An initial simulation model is used for the energy performance calculations, this model is extended and developed according to the parameters defined for the optimization. A combination of MATLAB and Simulink, a simulation environment based on textual and graphical programming, together with modeFRONTIER is employed. 

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