The deployment of adsorption cycles for heating and cooling purposes is often limited by poor efficiency and high reactor volumes determined by the adsorber material used [1]. The appropriate selection of the solid sorbent in early stages of design can allow to identify quickly the most promising solutions. In this Deliverable, a reliable and robust methodology for adsorber material screening and evaluation is proposed, such that minimizes the characterization and simulation efforts, without jeopardizing the accuracy of the evaluations.
HYCOOL - D4.3 Model capable of estimating the performance of a given adsorption chiller setup and a given adsorber material for a given application scenario (RE 47)
Andrea Frazzica
2021
Abstract
The deployment of adsorption cycles for heating and cooling purposes is often limited by poor efficiency and high reactor volumes determined by the adsorber material used [1]. The appropriate selection of the solid sorbent in early stages of design can allow to identify quickly the most promising solutions. In this Deliverable, a reliable and robust methodology for adsorber material screening and evaluation is proposed, such that minimizes the characterization and simulation efforts, without jeopardizing the accuracy of the evaluations.File in questo prodotto:
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