The performance improvement and analysis on ventilation system of Hospitals
碩士 === 東南科技大學 === 機械工程研究所 === 101 === This article is aimed at the effectiveness improvement and costs reduce on the air conditioning of hospital by interchanging rotating disk module of a blower motor to match the different speed. The experimental models are formed by different main wind drum and m...
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ndltd-TW-101TNIO04900042016-03-23T04:14:08Z http://ndltd.ncl.edu.tw/handle/55902033339218694159 The performance improvement and analysis on ventilation system of Hospitals 醫療院所之通風系統的性能改善及分析 Yang Fan Chung 楊范忠 碩士 東南科技大學 機械工程研究所 101 This article is aimed at the effectiveness improvement and costs reduce on the air conditioning of hospital by interchanging rotating disk module of a blower motor to match the different speed. The experimental models are formed by different main wind drum and motor rotating disc to be model A (rotating disc 150 mm, wind drum 300 mm), model B (rotating disc 140 mm, wind drum 300 mm), model C (rotating disc 150 mm, wind drum 280 mm), and model D (rotating disc 140 mm, wind drum 280 mm). The data of measured points are tested and got at the different models to analyze the variation of the flowrate and CO2 concentration . It shows that model D is more economical of 3 % power saving than model A because of flowrate increase 9 % and CO2 concentration decrease 0.75 % at model D. Model D can improve the overall performance by slightly cost increase and be recommended more economically for this medical air conditioning. Feng-Chin Tsai 蔡豐欽 2013 學位論文 ; thesis 51 zh-TW |
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碩士 === 東南科技大學 === 機械工程研究所 === 101 === This article is aimed at the effectiveness improvement and costs reduce on the air conditioning of hospital by interchanging rotating disk module of a blower motor to match the different speed. The experimental models are formed by different main wind drum and motor rotating disc to be model A (rotating disc 150 mm, wind drum 300 mm), model B (rotating disc 140 mm, wind drum 300 mm), model C (rotating disc 150 mm, wind drum 280 mm), and model D (rotating disc 140 mm, wind drum 280 mm). The data of measured points are tested and got at the different models to analyze the variation of the flowrate and CO2 concentration . It shows that model D is more economical of 3 % power saving than model A because of flowrate increase 9 % and CO2 concentration decrease 0.75 % at model D. Model D can improve the overall performance by slightly cost increase and be recommended more economically for this medical air conditioning.
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Feng-Chin Tsai |
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Feng-Chin Tsai Yang Fan Chung 楊范忠 |
author |
Yang Fan Chung 楊范忠 |
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Yang Fan Chung 楊范忠 The performance improvement and analysis on ventilation system of Hospitals |
author_sort |
Yang Fan Chung |
title |
The performance improvement and analysis on ventilation system of Hospitals |
title_short |
The performance improvement and analysis on ventilation system of Hospitals |
title_full |
The performance improvement and analysis on ventilation system of Hospitals |
title_fullStr |
The performance improvement and analysis on ventilation system of Hospitals |
title_full_unstemmed |
The performance improvement and analysis on ventilation system of Hospitals |
title_sort |
performance improvement and analysis on ventilation system of hospitals |
publishDate |
2013 |
url |
http://ndltd.ncl.edu.tw/handle/55902033339218694159 |
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