EXPERIMENTATION ANALYSIS ON ENERGY SAVING IN AIR CONDITIONING SYSTEM BY MEANS OF VAPOUR COMPRESSION SYSTEM WITH HEAT PIPE HEAT EXCHANGERS (HPHX)

Abstract

Energy has evolved into the lifeblood of humanity. HVAC systems, which consume more than 35 percent of energy in residential buildings, are now a vital component for supplying purified air, particularly in medical facilities but also in any modest development. As a result, lowering this proportion or regaining a portion of the energy wasted is a critical challenge in today's energy management settings. The present work focus on a Heat Pipe -Heat Exchanger (HPHX) air-conditioning by means of vapor compression system. Pressures, temperatures at several positions, electrical readings and dissimilar flow rates are some of the critical features studied. To evaluate the performance of the system, following are to constraints analyzed such as (cop)theoretical along with (cop)actual, and also useful effect and amount of energy saved by the system using Heat Pipe Heat Exchange r(HPHX).