A Study of Heating Exchanger Using Mini Cool-Water Type for Saving Energy

• Main Authors: Hsien- Chu Lee, 李献助
• Other Authors: 陳政裕
• Format: Others
• Language: zh-TW
• Published: 2011
• Online Access: http://ndltd.ncl.edu.tw/handle/43377660898139449425

碩士 === 國立虎尾科技大學 === 電機工程研究所在職專班 === 99 === The thesis studies on relationship between temperature and energy consumed. The author addresses a new-type heating exchange using micro cooling-water. The equipment has been installed in Acer personal desk-computer and through experimental analysis to simulate under the condition for 26~28 degree Celsius, to observe the change of temperature while CPU 100 ％ full load performance and the circumstance changed between heat dissipation and energy consumed. Moreover, the author takes some comparison with water-cooled system. In accordance with results of experiment, the benefit of resolving heat dissipation problems of CUP, micro cooling-water is prior to water-cooled and air-cooled cooling system. Heating exchanger using micro cooling-water type does solve partial heat dissipation problems, and make use of energy more effectively. Heating exchanger using micro cooling water type will adjust temperature with heat dissipation system in order to keep temperature stably. The capability prolong life time of electronic component is positively and improve its flexibility on use, furthermore, to achieve use of energy effectively. The contributions of this thesis as following: small volume could be installed in the host of computer instead of hang on shell. Easier to carry-on and available both for power supply DC/AC. This heating exchange achieves energy conservation purpose via partial heat dissipation function and this will resolve problems of heat dissipation and the consuming energy. The rationalization energy use will achieve the result of energy conservation and carbon reduction truly.