Paper Submission
13. Air-Condition and Refrigeration
Application of evaporative cooling in cooling pad
Climate change and energy crisis have become two major issues of the world. As global temperature rising, extreme weather events and energy demand continue to grow. Finding sustainable energy solutions and reducing greenhouse gas emissions has become an urgent task. This research designs a “cooling pad cooling system” to reduce surrounding temperature and energy consumption at the same time. Instead of room-temperature water, this system uses underground cold spring water to reach the dew point temperature that can also include dehumidification function. The experiment will simulate the cooling ability of cooling pads under different temperatures and humidity levels. then evaluate the economic benefit of the system. This research corresponding with multiple United Nations Sustainable Development Goals (SDGs), such as SDG 7 (Affordable and Clean Energy), by reducing the energy consumption of air conditioning and achieving energy conservation. And it also aligns with SDG 13 (Climate Action) by reducing greenhouse gas emissions to address climate change.
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Author Information
Prof.
BIN-JUINE HUANG
Prof.
WEI-JEN CHEN
Mr.
YU-CHEN LIU
Corresponding author, Presenting author
Mr.
HE-QIAN HUANG
Presenting author