Hisarza, Mark Jake T. <br/><br/>
Development of heat absorbing device in a closed room:   air cooler/ 
Mark Jake T. Hisarza, Keith Evand P. Liggayu, Francis Carl A. Paca, Justin Kristian M. Su, and Joeyla Mae T. Sy.-- 
 - x, 98pages:  29cm. 
<br/><br/> Bachelor's thesis 
<br/><br/>College in Industrial Technology.-- 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> The effectiveness of air cooling, particularly in densely populated places, is investigated in this<br/>study with a primary focus on alleviating heat stress and improving wellbeing, productivity, and<br/>health. Furthermore, it presents an innovative method of cooling enclosed areas by means of<br/>thermoelectric cooler that integrates radiative cooling and heat exchange principles. This cooling<br/>system consists of multiple essential parts, each with a distinct purpose. For effective heat<br/>dissipation, these consist of materials that absorb heat, air-circulating systems, and thermoelectric<br/>modules. This research clarifies the design, development, and testing procedures in great depth.<br/>This study clarifies the effectiveness and environmental sustainability of the suggested device by<br/>providing a thorough account of the design, development, and testing procedure which measures<br/>the power consumption and testing of cooling capacity. Functionality and workability got the<br/>highest average rating of 4.7 but still there’s room for improvement for aesthetics, which got the<br/>lowest rating of 4.3. The system should undergo long-term performance tests, adhere to local laws,<br/>and incorporate flexibility for adaptability. Challenges related to technological integration should<br/>be addressed. TEC can be an alternative to an air conditioner – compressor based that emits HCFCs<br/>which harm the environment. 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Air cooling<br/>Heat dissipation<br/>Cooling capacity test
<br/><br/><label>LC Class. No.: </label>BTH TK 147   / H57 2024