基于BIM分析的净零能耗建筑虚拟性能评价

T. Mutaz, A. Jadallah, Ghassan A. Bilal, Omayma M. Abdulmajeed
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引用次数: 0

摘要

住宅建筑的建造是为了满足日常使用的需要,如取暖、照明和制冷。净零能耗建筑(NZEB)是一种通过减少能源需求和使用可再生资源发电来平衡能源供应和生产的建筑。建筑集成光伏/T系统(BIPV/T)增加了总能量增益,并利用冷却液作为建筑物的热源。利用建筑信息模型对Bismayah项目现有公寓楼进行虚拟仿真,测量在常规电源基础上增加BIPV/T系统的效果。结果表明,可再生能源集热器在(供暖、制冷、照明等)方面的有效性,并建议提高可再生能源电力建筑的自存性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual Performance Evaluation of Net-Zero Energy Building (NZEB) Using BIM Analysis
Residential buildings are built to accommodate daily uses which need energy for heating, lighting, and cooling. Net-zero energy building (NZEB) is a building that makes a balance between the energy supply and production by decreasing energy demand and generating power using renewable resources. Building-integrated PV/T systems (BIPV/T) increase the total energy gain and take advantage of cooling fluid as a heat provider for buildings. Building information modeling is used as a virtual simulation to an existing apartment building of the Bismayah project to measure the effect of adding (BIPV/T) systems to the conventional power sources. Results showed the effectiveness of renewable power collectors in (heating, cooling, lighting, etc.) with the recommendations to increase the self-dependency of power building depending on renewable power sources.
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