Performance of phase changing material in an artificially created cold region to promote latent heat thermal energy storage

Abstract

In the present contribution, the authors investigate the peculiarity of Phase Changing Material for accumulating heat in the region equivalent to the hilly area by creating its atmosphere, having 20˚C DBT and 18˚C WBT. A water cooler is used in 5*7 feet bathroom to conceive the above-intimated temperature, measured by a sling psychrometer. In particular, in this study, trials are carried out in the LHTES tank where water is charged from ambient temperature to 55˚C with the aid of an Immersion water heater rod of 1000W,230V thereby liquifying PCM and then discharging to ambient temperature. Two Orientations namely, Circular and Cross are appropriated into the study, where Circular Orientation poses better results articulating the charging in an hour and discharging in 25 long hours, whereas Crossed Orientation represents charging in an hour and discharging in 23 hours. The volume of PCM and the net heat transfer surface have been kept constant in both cases, to compare them in the same operative conditions. The reason for the detour is manifested.

Laboratory Configurations for PCM-TES Materials: A Review

“…Several researchers have designed PCM modules of different shapes enclosed in larger tanks containing an HTF [91][92][93][94][95][96]. Modular systems are simple to set up and can be quickly adapted to suit the application's storage requirements by adjusting the number of modules in the system [94].…”