旧工业建筑绿色节能改造技术的应用研究

发布时间：2018-04-24 14:22

本文选题：旧工业建筑 + 绿色改造　；参考：《西安建筑科技大学》2015年硕士论文

【摘要】：随着产业结构的发展和变化,我国大量闲置的旧工业建筑面临着更新改造的命运,且伴随着生态危机的出现,传统旧工业建筑的改造方式已不能满足社会的需求,旧工业建筑的改造迫切需要注入新的力量——绿色节能理念。对旧工业建筑绿色节能改造技术的研究是母庸置疑的,但是如何建立一套系统、客观、公正的绿色评价体系同样重要,本论文正是围绕着旧工业建筑绿色节能改造技术与评价体系的主题,建立一套完整的绿色评价指标体系和评价模型,并推进旧工业绿色节能改造的发展。本论文主要阐述了以下内容:(1)通过实地调研我国现有的旧工业建筑节能改造技术和对现行的《绿色建筑评价标准》GB/T50378-2014中的条文进行拆解,对建构旧工业建筑节能改造技术的绿色评价体系的影响因素进行了系统的剖析;(2)根据旧工业建筑节能改造技术关键因素及绿色评价体系的构建原则,建立了绿色评价指标体系,依据层次分析法的计算和判断原则,确定出该绿色评价指标体系的权重,最后采用模糊物元综合评价法建立评价模型,对评价的等级进行确认;(3)通过对南海意库3#楼改造进行评价,应用已构建完成的旧工业建筑节能改造技术绿色评价指标体系,利用综合评价模型对南海意库3#楼进行绿色等级评价。本论文研究构建了一套完整的旧工业建筑节能改造技术绿色评价体系,同时构建了评价模型。该研究成果为我国旧工业建筑绿色节能改造的研究提供可靠的理论基础,并对旧工业建筑节能改造技术的应用和发展起到指导性意义。建立了旧工业建筑节能改造技术的绿色量化评价指标体系,揭示了旧工业建筑节能改造技术与绿色评价目标实现的关联性,并进行了工程实例应用与验证,具有良好的可操作性。
[Abstract]:With the development and change of industrial structure, a large number of idle old industrial buildings in China are facing the fate of renewal and transformation, and with the emergence of ecological crisis, the transformation of traditional old industrial buildings can no longer meet the needs of society. The transformation of old industrial buildings urgently needs to inject new strength-green energy-saving idea. The research on green energy-saving transformation technology of old industrial buildings is questionable, but how to set up a set of system, objective and fair green evaluation system is equally important. This paper focuses on the theme of green energy saving reconstruction technology and evaluation system of old industrial buildings, establishes a set of green evaluation index system and evaluation model, and promotes the development of green energy saving transformation of old industry. This paper mainly describes the following contents: 1) through the field investigation of the existing old industrial building energy-saving transformation technology and the current "Green Building Evaluation Standards" GB/T50378-2014 provisions of the disassembly, This paper analyzes the influence factors of green evaluation system for energy saving and retrofitting technology of old industrial buildings systematically. According to the key factors of energy saving reconstruction technology of old industrial buildings and the construction principle of green evaluation system, a green evaluation index system is established. According to the calculation and judgment principle of Analytic hierarchy process (AHP), the weight of the green evaluation index system is determined. Finally, the fuzzy matter-element comprehensive evaluation method is used to establish the evaluation model. The grade of evaluation is confirmed and the green evaluation index system of energy-saving retrofit technology of old industrial buildings has been constructed by evaluating the reconstruction of Yikou3# building in the South China Sea. A comprehensive evaluation model is used to evaluate the green grade of Yikou3# building in the South China Sea. In this paper, a complete green evaluation system of energy saving transformation technology of old industrial buildings is constructed, and an evaluation model is constructed. The research results provide a reliable theoretical basis for the study of green energy-saving transformation of old industrial buildings in China, and play a guiding role in the application and development of energy-saving transformation technology of old industrial buildings. The green quantitative evaluation index system of energy-saving reconstruction technology of old industrial buildings is established. The relationship between the energy-saving reconstruction technology of old industrial buildings and the realization of green evaluation objectives is revealed, and the application and verification of engineering examples are carried out. It has good maneuverability.
【学位授予单位】：西安建筑科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU27;TU201.5

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