A Study of Green Building Evaluation EEWH-RN in China Medical University Hospital-Lifu Medical Building as an Example

• Main Authors: CHEN, YU-HAN, 陳郁涵
• Other Authors: TSENG, LIANG
• Format: Others
• Language: zh-TW
• Published: 2019
• Online Access: http://ndltd.ncl.edu.tw/handle/6458dt

碩士 === 逢甲大學 === 專案管理碩士在職學位學程 === 107 === Green Building Evaluation System - Old Building Improvement (EEWH-RN) is an existing building for green building renewal target, so that the building can be provided to the user in an efficient, energy-saving and comfortable environment after several years of used, and it's helpful sustainable development of urban ecology. According to the statistics of the case data passed by the Green Building Mark, the number of improvements for old buildings in the hospital is very less, indicating that the hospital has a certain degree of difficulty in implementing green buildings. Since the signing of the "Green Health Hospital" Declaration in 2012, the China Medical University Hospital has continued to work hard to implement a healthy and friendly hospital environment. The Energy Management Committee has been set up, and the replacement projects have also been implemented in accordance with the proposed energy management measures and carbon green action. To this end, follow the government's implementation of the "Green Building Promotion Programme" to carry out the green building improvement target for existing buildings, and collect the actual energy consumption data from the hospital. The carbon emission benefit assessment method provided in the Green Building Assessment Manual is mainly used. The trial calculation was carried out by the performance-benefit method, and the feasibility evaluation of the green building application mark of the Lifu Medical Building was carried out by this study. The results of the research (1) The carbon reduction benefit of the lighting system improvement is 130970.25 kgCO2, (2) the carbon reduction benefit of the air conditioning system improvement is 19741.6 kgCO2/yr, and the (3) the carbon reduction benefit of the improved hot water system is 7262.82 kgCO2/yr, (4) The carbon reduction benefit of the improved renewable energy system is 7123.69 kgCO2/yr, and the percentage of carbon reduction benefits is 4.26%. The above results can be used as a reference and improvement target for future application for EEWH-RN certification.