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Decision support model for energy-efficient improvement of entire building stocks

机译:整个建筑存量节能改进的决策支持模型

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Purpose - In recent years, steadily rising and ever-changing energy prices have required the development of sustainable strategies to reduce the energy consumption of buildings. Measures to improve the energy efficiency of detached houses have already been implemented. This new procedure addresses the energy efficient modernization to entire building stocks of public authorities and therefore targets to meet a key niche issue. Design/methodology/approach - As result of literature research the demand for a strategic approach for energy efficient improvement was pointed out. The model framework refers to four main requirements for a new procedure within a comprehensive view of facilities management (FM), lifecycle orientation, efficient working processes, setting of objectives and monitoring of results. In addition the literature research recorded five main methods and tools which were utilized for the model development. Findings - The new constructed facility-energy-efficiency model (FEE-model) supports the decision process. The starting point is the selection of the buildings with the highest energy saving potential. The next step is a deeper analysis of the as-is-state in comparison with a defined target state. After that improvement areas were identified and finally a recommendation for the implementation is given. The model was tested within practical cases of which a municipal kindergarten is documented as example in this article. Originality/value - The paper provides useful information on energy efficient improvement of entire building stocks.
机译:目的-近年来,不断上涨的能源价格和不断变化的能源价格要求制定可持续的战略来减少建筑物的能源消耗。已经采取了提高独立屋能源效率的措施。这项新程序将节能现代化应用于公共机构的所有建筑,因此目标是解决关键的利基问题。设计/方法/方法-作为文献研究的结果,指出了对提高能源效率的战略方法的需求。该模型框架在设施管理(FM),生命周期定位,有效的工作流程,目标设定和结果监控的综合视图中,提到了新程序的四个主要要求。此外,文献研究记录了用于模型开发的五种主要方法和工具。调查结果-新构建的设施能效模型(FEE-model)支持决策过程。起点是选择具有最高节能潜力的建筑物。下一步是与定义的目标状态相比,对现状进行更深入的分析。之后,确定了需要改进的地方,最后给出了实施建议。在实际案例中对模型进行了测试,在本文中以市政幼儿园为例进行了说明。原创性/价值-本文提供了有关整个建筑节能的有用信息。

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