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Low carbon technology integration innovation assessment index review based on rough set theory - an evidence from construction industry in China

机译:基于粗糙集理论的低碳技术整合创新评价指标评估-来自中国建筑行业的证据

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An adequate response to global climate change and low carbon economy development has become a worldwide concerned subject. As one of the energetically most intensive industries, construction industry is a key area to promote decarbonization, which is an important path to realize national strategic goals on carbon reduction in China. This paper focuses on low carbon technology integration management, and analyzes the existing research status of green building or low carbon buildings on the related evaluation indexes, then proposes an evaluation system framework for the low carbon technology integration innovation from the perspective of the system management. It points out, that the evaluation of low carbon technology innovation should be conducted by a smarter managing of system resource input, the process control and the system comprehensive performance as an output. Furthermore, based on the questionnaire survey and the exploratory factor analysis result on the selected indexes, this paper implements a rough set method to identify the weight of all the indexes and found that:(1) managers focus more on the affordable input of the beginning stage and the management control in the middle period of the innovation, instead on the output performance in the later stage. This indicates, that the management control during the front stages is more essential than this during the later ones; (2) the constructed evaluation framework, from the system perspective, can properly reflect the integrity, multi -level stakeholder structure and technology integration in low carbon projects, which could support the decision-maker into considering the complexity of construction and evaluation of the technology innovation performance from multi -level perspective; (3) the combined methods, adopted with exploratory factor analysis and rough set evaluation to determine the evaluation index and its weights, could well reflect the overall performance of low carbon project evaluation, the selected indicators have certain scientific and practical effectiveness, which could provide references for enterprise on LCT innovation management. as an industry with a multi -level technologies integration, the single Technological adoption or innovation cannot satisfy the economic transformation requirements of the modern construction industry development. An integration innovation management evaluation model is needed for the sustainability evaluation in the construction practice. Its development is the main scientific objective of this study, by taking into consideration the entire life cycle assessment and various other factors. (C) 2016 Elsevier Ltd. All rights reserved.
机译:对全球气候变化和低碳经济发展的充分应对已成为全世界关注的课题。建筑业是精力最密集的产业之一,是促进脱碳的关键领域,这是实现中国国家减碳战略目标的重要途径。本文以低碳技术集成管理为重点,从相关的评价指标分析了绿色建筑或低碳建筑的研究现状,从系统管理的角度提出了低碳技术集成创新的评价体系框架。指出,对低碳技术创新的评价应通过对系统资源输入,过程控制和系统综合性能作为输出的更智能管理来进行。此外,基于问卷调查和对选定指标的探索性因素分析结果,本文采用粗糙集方法确定所有指标的权重,发现:(1)管理者更多地关注开始时的可承受投入。阶段和创新中期的管理控制,而不是后期的产出绩效。这表明,前阶段的管理控制比后阶段的管理更为重要。 (2)从系统的角度来看,构建的评估框架可以正确反映低碳项目的完整性,多级利益相关者结构和技术集成,从而可以帮助决策者考虑技术构建和评估的复杂性多层面的创新绩效; (3)采用探索性因子分析和粗糙集评价相结合的方法确定评价指标及其权重,可以很好地反映低碳项目评价的总体绩效,所选择的指标具有一定的科学和实践意义,可以提供LCT创新管理的企业参考。作为具有多层次技术集成的行业,单一的技术采用或创新不能满足现代建筑行业发展的经济转型要求。建设实践中的可持续性评价需要集成创新管理评价模型。通过考虑整个生命周期评估和其他各种因素,其发展是本研究的主要科学目标。 (C)2016 Elsevier Ltd.保留所有权利。

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