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技术创新与基础环境对建筑业能源效率的影响研究
引用本文:罗明英,卢明湘.技术创新与基础环境对建筑业能源效率的影响研究[J].工程管理学报,2018,0(2):41-045.
作者姓名:罗明英  卢明湘
作者单位:西华大学 管理学院
摘    要:运用 2000~2014 年建筑业相关数据,建立技术创新及基础环境与建筑业能源效率的多元回归模型,探究建筑业技术创新及基础环境对能源效率的影响,从而提高建筑业能源利用效率。研究表明:主要技术人员和 R&D 人员全时当量对能源效率的影响较大,即技术人才、创新人才是提高建筑业能源效率的关键,其中技术人才是基础环境的保障,创新人才是技术创新的核心。建筑业 R&D 人员全时当量相当少,目前技术创新对能源效率无显著影响,但从预测值及影响程度分析,技术创新能提升能源效率。中国建筑业最重要的是注重培养技术人才和创新人才,走人才强业、技术兴业之路。

关 键 词:技术创新  能源效率  技术人才  创新人才

The Impact of Technological Innovation and Basic Environmenton the Energy Efficiency of Construction Industry
LUO Ming-ying,LU Ming-xiang.The Impact of Technological Innovation and Basic Environmenton the Energy Efficiency of Construction Industry[J].Journal of Engineering Management,2018,0(2):41-045.
Authors:LUO Ming-ying  LU Ming-xiang
Affiliation:School of Management,Xihua University
Abstract:Based on the data of the Chinese construction industry from 2000 to 2014, a multiple regression analysis modelregarding technology innovation, basic environment and energy efficiency was established to explore the impact oftechnology innovation and basic environment on the energy efficiency of the construction industry to improve energyefficiency of the construction industry. The results show that the full-time equivalent of the main technical personnel and R &D personnel has a significant impact on energy efficiency. In other words, technical personnel and innovative personnel arethe key to improve the energy efficiency of the construction industry, in which technical personnel is placed in the core oftechnological innovation. The full-time equivalent of technical and R&D personnel in the construction industry is quite low.At present, technological innovation does not have a significant impact on energy efficiency, but based on the forecast valueand the degree of impact analysis, technological innovation can improve energy efficiency. For the construction industry ofChina, the most important thing to enhance the industry and upgrade the existing technologies is training technical talents andinnovative talents.
Keywords:technological innovation  energy efficiency  technical talent  innovative talent
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