首页> 外文会议>System Dynamics Society International Conference; 20060723-27; Nijmegen(NL) >Diffusion Dynamics of Energy-Efficient Innovations in the Residential Building Environment
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Diffusion Dynamics of Energy-Efficient Innovations in the Residential Building Environment

机译:住宅建筑环境中节能创新的扩散动力学

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摘要

The overall target of the Swiss Energy Policy is to reduce CO_2-emissions and thereby to achieve the vision of an energy-efficient '2000 Watt per Capita Society'. A major instrument to contribute to the vision in the residential building sector is standards about energy-efficient building designs. However, new residual houses according to the energy-efficiency standard are not as often constructed as they ought to be. This short-term decision has a long-term consequence. In the paper, a preliminary System Dynamics model about the system 'residential building environment' will be presented with the purpose to explain the development of key variables of the building environment system. The analysis of possible policies put forward that a sound understanding of the decision process of potential building owners is necessary to create a beneficial system design which foster the diffusion of energy-efficient building designs. Furthermore, the paper should enable discussions about the model and methodological issues of the model creation process.
机译:瑞士能源政策的总体目标是减少CO_2排放,从而实现节能的“人均2000瓦”的愿景。节能建筑设计的标准是有助于住宅建筑领域愿景的主要工具。但是,根据能效标准建造的新剩余房屋并不像应有的那样经常建造。这种短期决策具有长期后果。在本文中,将介绍有关系统“住宅建筑环境”的初步系统动力学模型,目的是解释建筑环境系统关键变量的发展。对可能采取的政策的分析提出,对潜在建筑物所有者的决策过程有深入的了解对于创建有益的系统设计是必要的,该系统设计促进了节能建筑设计的传播。此外,本文还应使人们能够讨论模型创建过程中的模型和方法论问题。

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