COMPUTATIONAL FLUID DYNAMIC ANALYSIS AND EXPERIMENTATION ON SOLAR DESALINATION SYSTEM USED DIFFERENT LATENT HEAT MATERIALS

Current days of power consumption are very challenging in the entire world wide. Conventional humidification process technologies that play in to harmful radiation induced solar desalination system. consume in this research works consist more kinetic energy in to humidification process defined to deliver the small quantity of purification process .This system non environmental high issue impacts ,because this is stabilization and standing equipment of present world in required surface of humidification process .There is urgent need to develop and promote any specialization of advanced heat storage devices and modules were Computational fluid dynamics of this system .This valuable scientific papers as designed in economic system only delivered it, because its worldwide available renewable energy resources uptrained from varies literatures solar desalination systems particular who analysis of CFD formulated in this latent heat issues find and solution it .This is system is thermal energy storage most essential to integrated in humidification and heat storage system in varies climate positions was analyzed in this simulation analysis. The enhancement and need to awareness of Computational fluid dynamic researchers upcoming issues were betterment techniques and overview of storage of solar energy PCM identified and compared of better present advancement of PCM material identified in this cause simulated in different scenarios. The find of solar humidification Vs output water , Integration of Different PCM materials Vs Induced Temperature gained from varies performance improvement studies allow CFD report surveys with inspected results done.