STUDY OF THE CONVENTIONAL HVAC SYSTEM AND DEVELOPMENT OF AFFORDABLE VENTILATION SYSTEM

Abstract

Ice based Cool Thermal Energy Storage (CTES) systems have attracted much attention during last few decades. The reasons are mainly of economic and environmental nature. Compared to conventional refrigeration and air- conditioning systems without cool thermal energy storage, implementation of CTES will increase environmental standards and overall efficiency of the energy systems as it contributes to the phase-out of synthetic refrigerants and reduces peak loads in electricity grids. Our focus is to create a different ventilation system instead of the chiller for a low temperature in the industry’s (Textile) working area. The application of a cool thermal energy storages HVAC systems in industry and building sector, it is necessary to have appropriate design tools in order to sufficiently accurately predict their performance we will make ice through an ice plant. We know that when the ambient temperature is 35 - 39 degree Celsius, the working Express's temperature ranges from 43 degrees Celsius to working space. We tried to keep this temperature in between 28 to 30 degree. The aim of the present thesis is to extend the knowledge in the field of ice based CTES (Cool Thermal Energy Storage) systems, there by contributing in the development and wider utilization of those systems