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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.--

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  • BTH TK 147  H57 2024
Dissertation note: College in Industrial Technology.-- Bachelor of engineering technology major in electrical technology: Technological University of the Philippines, 2024. Summary: The effectiveness of air cooling, particularly in densely populated places, is investigated in this study with a primary focus on alleviating heat stress and improving wellbeing, productivity, and health. Furthermore, it presents an innovative method of cooling enclosed areas by means of thermoelectric cooler that integrates radiative cooling and heat exchange principles. This cooling system consists of multiple essential parts, each with a distinct purpose. For effective heat dissipation, these consist of materials that absorb heat, air-circulating systems, and thermoelectric modules. This research clarifies the design, development, and testing procedures in great depth. This study clarifies the effectiveness and environmental sustainability of the suggested device by providing a thorough account of the design, development, and testing procedure which measures the power consumption and testing of cooling capacity. Functionality and workability got the highest average rating of 4.7 but still there’s room for improvement for aesthetics, which got the lowest rating of 4.3. The system should undergo long-term performance tests, adhere to local laws, and incorporate flexibility for adaptability. Challenges related to technological integration should be addressed. TEC can be an alternative to an air conditioner – compressor based that emits HCFCs which harm the environment.
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Bachelor's thesis

College in Industrial Technology.-- Bachelor of engineering technology major in electrical technology: Technological University of the Philippines, 2024.

Includes bibliographic references and index.

The effectiveness of air cooling, particularly in densely populated places, is investigated in this
study with a primary focus on alleviating heat stress and improving wellbeing, productivity, and
health. Furthermore, it presents an innovative method of cooling enclosed areas by means of
thermoelectric cooler that integrates radiative cooling and heat exchange principles. This cooling
system consists of multiple essential parts, each with a distinct purpose. For effective heat
dissipation, these consist of materials that absorb heat, air-circulating systems, and thermoelectric
modules. This research clarifies the design, development, and testing procedures in great depth.
This study clarifies the effectiveness and environmental sustainability of the suggested device by
providing a thorough account of the design, development, and testing procedure which measures
the power consumption and testing of cooling capacity. Functionality and workability got the
highest average rating of 4.7 but still there’s room for improvement for aesthetics, which got the
lowest rating of 4.3. The system should undergo long-term performance tests, adhere to local laws,
and incorporate flexibility for adaptability. Challenges related to technological integration should
be addressed. TEC can be an alternative to an air conditioner – compressor based that emits HCFCs
which harm the environment.

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