COMPARITIVE ANALYSIS OF DIFFERENT CONDENSORS FOR A VAPOUR ABSORPTION REFRIGERATION SYSTEM USING SOLAR ENERGY

Department of Energy Technology

Solar resource, which itself is today’s most plentiful source of power, yet we need effective technologies to access this energy supply into a variety of applications. As a result, the major purpose of the project would be to use solar energy to build and research an ecologically responsible absorption cooling system. The vapor absorption refrigeration system consists of two fluids, ammonia and water, and has three phases: vapor, absorb, and regeneration. When boiling points point refrigerant evaporates in this chiller, it carries some heat away with it, giving a cooling effect, and changing gas solid to a liquid. In this system, the expander is replacing by such a producer and absorbers energy, that is the most plentiful form of electricity in Asia, but we need effective technology can tap into this energy source for a variety of applications. As a result, the major objectives of this work would be to use solar energy to build and research an ecologically responsible absorption cooling system. The vapour absorption system is composed of two fluids, ammonia and water, and has 3 stages: dissipation, absorption, and regeneration. When boiling points point refrigerant evaporates inside this chiller, it carries some heat away with it, giving a cooling effect, and changing gas back to a liquid. The expander is supplemented in this arrangement by a generation and also an absorption.

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