Entwicklung eines neuen, messdatenbasierten Validierungsszenarios für die dynamische Gebäudesimulation
Entwicklung eines neuen, messdatenbasierten Validierungsszenarios für die dynamische Gebäudesimulation
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新的研究、动态仿真的验证方法
DOI：
10.1002/bapi.201510021
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发表时间：
2015
期刊：
影响因子：
0.3
通讯作者：
Kersken M
中科院分区：
文献类型：
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作者：
Kersken M
在“国际能源署”(IEA) 的“建筑和社区能源”(EBC) 计划的附件 58“基于全面动态测量的可靠建筑能源性能表征”[1] 中，开发了用于验证建筑能源模拟 (BES) 工具的不同场景。所需的测量是在弗劳恩霍夫建筑物理研究所 IBP 的两座相同的双子楼上进行的。这两座建筑具有很高的热质量，位于德国南部，慕尼黑市和阿尔卑斯山之间。这些活动的目的是为模拟程序的质量保证提供高度准确的测量数据和文档。此场景旨在用于 TRNSYS 和 WUFI® Plus 等商业软件，但也适用于 ESPr 和 EnergyPlus 等常用研究和非商业工具。验证数据还可以应用于简化方法，例如集总容量和容量电阻 (RC) 模型。本出版物概述了实验设计，重点介绍了收集的测量数据以及三种单一场景之间的差异。
Within the ANNEX 58 “Reliable Building Energy Performance Characterisation Based on Full Scale Dynamic Measurements “[1] of the “Energy in Buildings and Communities “(EBC) program of the “International Energy Agency “(IEA) different scenarios for the validation of Building Energy Simulation (BES) tools are developed. The required measurements are conducted on the two identical Twin Houses of the Fraunhofer Institute for Building Physics IBP. These two buildings have a high thermal mass and are located in southern Germany, between the city of Munich and the Alps. The purpose of these campaigns is to provide highly accurate measurement data and documentation for the quality assurance of simulation programs. This scenario is intended to be used for commercial software like TRNSYS and WUFI® Plus but also for commonly used research and non-commercial tools like ESPr and EnergyPlus. The validation data can also be applied on simplified approaches like lumped capacity and capacity-resistance (RC) models. This publication gives an overview over the experimental design and focuses on collected measurement data and on the differences between the three single scenarios.