CRISPTower – A solar power tower R&D initiative in India

(in lingua inglese)

A numerical model of the thermal storage system based on one dimensional unsteady two phase energy equations has been developed. The numerical model has been used to study the behaviour of the thermal storage system for various parameters such as the aspect ratio, rock distribution and various mass flow rates. The charging and discharging completion boundary conditions were optimized on the basis of exit air temperature. Further, parametric studies of the aspect ratio and mean particle diameter have been carried out to obtain the performance of the charging and discharging operations including the temperature distribution across the solid and fluid phases.

Scarica il PDF Scarica il PDF
Aggiungi ai preferiti Aggiungi ai preferiti

Articoli tecnico scientifici o articoli contenenti case history
Pubblicazione Energy Procedia, 2014


Parole chiave: 

In evidenza

2G Italia
2G Italia
Cogenerazione e trigenerazione dal leader tecnologico mondiale
© Eiom - All rights Reserved     P.IVA 00850640186