Abstract
This work is to investigate and validate of solar thermal storage system integrated with phase change material (PCM). The existing system is suggested to setup a Storage tank with phase change material (PCM), between the Solar concentrate dishes and Vapour absorption machine (VAM). The storage tank was used instead of an Electrical AC compressor, by which the renewable energy can be utilized to its full extent. Numerical Simulation is done and the Total Heat output, Temperature distribution along the bed, Pressure, charging time, discharging time, Mass flow rate are calculated. The storage system contains Erythritol as PCM in HDPE spherical capsule, having the storage capacity 345,121 KJ/hr (for the storage tank capacity) considering the latent heat and sensible heat of the Heat transfer fluid. Solar Driven Air Conditioning System Integrated With Latent Heat Thermal Energy Storage A. Ponshanmugakumar1*, M. Sivashanmugam1 and S. Stephen Jayakumar2 1 AMET University,Chennai,India; shnmgkmr8@gmail.com 2 VOLTAS India Ltd, Chennai, India Keywords: Vapour Absorption Machine (VAM), Phase Change Materials (PCM), Erithritol, Storage Tank, Numerical Simulation.
Highlights
Due to the environment pollution, because of the conventional refrigerants used and the same has ozone depletion and global warming complaints said by Lof 1
This chapter is dedicated to display and discuss the currently obtained results of the work carried out to investigate the simulation and validation of Solar Air Conditioning system integrated with phase change material using latent heat& sensible heat storage
Total no. of balls inscribed in cylinder (Tri-clinic arrangement) - 187652 Balls Volume of the cylinder - 1.18 m3 Volume of the balls filled inside the cylinder - 0.79 m3 Void space/Unfilled volume - 0.39 m3 % of void space/unfilled volume - 33% Q pcm sensible heat = 48266.3 KJ/hr Q pcm latent heat = 395530.2KJ/hr Q water in voids = 49234.89 KJ/hr Q total =493031.4 KJ/hr total amount of heat energy stored in the system is 345121.98 KJ/hr
Summary
This chapter is dedicated to display and discuss the currently obtained results of the work carried out to investigate the simulation and validation of Solar Air Conditioning system integrated with phase change material using latent heat& sensible heat storage. The results of the storage system can be driven from the
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