工业建筑节能技术路径探究——以某卷烟企业技改项目为例
摘要：传统的工业建筑节能方案制定主要依靠工程经验，缺少综合节能目标的指引和量化数据的支撑，导致经常出现实际运行效果无法达到设计目标的问题。为了提高工业建筑节能方案的技术合理性、工程可行性，应该探索一条合理科学的工业建筑节能技术路径。本文以某卷烟企业技改项目为例，详细阐述了采用“目标确定—措施分析—方案制定—工程实施—效果验证”方法确定节能方案的过程，以期为行业内其他企业的节能改造提供参考。
关键词：工业建筑能耗节能技术路径节能目标量化数据节能率
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参考文献[1] 柴国琳，王红莲，吴金星.基于eQuest软件对不同建筑类型的能耗模拟分析[J].城市建设理论研究，2013 (3):65- 70.
[2] DULOM D.Post occupancy energy evaluation of Ronald Tutor Hall using eQUEST;computer based simulation of existing building and comparison of data[J].Dissertations & theses-gradworks,2013,17(7):1417- 1419.
[3] 李莹，郝军，陈晓春，等.卷烟厂绿色工房项目中的建筑环境模拟[J].暖通空调，2009,39(5):27- 30.
[4] 徐建燎，叶校圳，蔡蓝燕，等.生产班制及生产模式对卷烟厂房空调能耗的影响研究[J].环境工程，2016,34(增刊1):921- 925.
[2] DULOM D.Post occupancy energy evaluation of Ronald Tutor Hall using eQUEST;computer based simulation of existing building and comparison of data[J].Dissertations & theses-gradworks,2013,17(7):1417- 1419.
[3] 李莹，郝军，陈晓春，等.卷烟厂绿色工房项目中的建筑环境模拟[J].暖通空调，2009,39(5):27- 30.
[4] 徐建燎，叶校圳，蔡蓝燕，等.生产班制及生产模式对卷烟厂房空调能耗的影响研究[J].环境工程，2016,34(增刊1):921- 925.
Exploration of technical energy saving path of industrial buildings:Taking a technical transformation project of a cigarette enterprise as an example
Abstract: The formulation of traditional industrial building energy saving solutions mainly depends on engineering experience, lacking the guidance of comprehensive energy saving goals and quantitative data support, which often leads to the problem that the actual operation effect can not achieve the design goals. In order to improve the technical rationality and engineering feasibility of industrial building energy saving scheme, a reasonable and scientific technical energy saving path should be explored. Taking the technical transformation project of a cigarette enterprise as an example, this paper elaborates in detail the process of using the energy saving scheme determined by the method of “goal determination-measure analysis-scheme formulation-project implementation-effect verification” of its energy saving scheme, in order to provide a reference for the energy saving transformation of other enterprises in the industry.
Keywords: industrial building; energy consumption; technical energy saving path; energy saving target; quantitative data; energy efficiency rate;
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