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Simulation Technology of Environmental Impacts by Zero-energy Residential Buildings Based on Emergy Analysis Method

机译:基于能值分析方法的零能耗住宅环境影响模拟技术

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This paper presents a simulation technology of environmental impact for the building. By emergy analysis method, emergy costs of building( or construction engineering) can be calculated in the life cycle. It includes the engineering cost, environmental cost and social cost of building. Through integrating GIS technology with multi-agent technology, life cycle substance and energy metabolism of building ( construction engineering) can be simulated and their environmental influence can be dynamically displayed. Based on the case study of entries works ‘Sunny Inside’ by Xiamen University in 2013 China International Solar Decathlon Competition, we discovered the changing pattern of surrounding environmental impact from waste streams of the zero-energy building and ordinary construction. The simulation results verified and showed the Odum principles of maximum power. This paper provides a new research perspective and integration approach for the environmental impact assessment in building and construction engineering. The result will help decision-making in design and construction engineering scheme.
机译:本文提出了一种对建筑环境影响的模拟技术。通过能值分析方法,可以在生命周期中计算建筑物(或建筑工程)的能值成本。它包括工程成本,环境成本和建筑物的社会成本。通过将GIS技术与多主体技术相集成,可以模拟建筑物(建筑工程)的生命周期物质和能量代谢,并动态显示其对环境的影响。根据厦门大学在2013年中国国际太阳能十项全能竞赛中参赛作品“ Sunny Inside”的案例研究,我们发现零能耗建筑和普通建筑的废物流对周围环境的影响发生了变化。仿真结果验证并显示了Odum最大功率原理。本文为建筑工程环境影响评价提供了一种新的研究视角和整合方法。结果将有助于设计和建设工程方案的决策。

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