MICA(内部舒适监测应用):

Luca Guidi, Giovanni Inghirami, Gerardo Masiello, Daniele Antonucci, Pasquale Lucia
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引用次数: 1

摘要

幕墙是影响建筑室内环境质量和建筑性能的主要因素之一。随着传感器技术的不断发展,建筑物监测数据的收集对于了解建筑物,特别是faradade系统是否按设计运行非常有用。技术建筑管理(TBM)和建筑自动控制系统(BACs)的应用越来越广泛,已被证明是一种很有前途的方法,可以降低新建筑和既有建筑的能耗,提高室内舒适度。本项目旨在开发一种工具,使用IFC模型在BIM环境中显示和处理监测数据。该应用程序的开发考虑了BIM在建筑管理中的方法。目前,IFC模型是BIM过程中最常用的交换文件格式。IFC文件可以加载到利益相关者可访问的公共数据环境(CDE)中,共享信息和管理策略。开发的工具是一个用c#编写的独立应用程序,称为MICA(监测内部舒适应用程序)。MICA可以正确显示建筑传感器的监测数据,使用IFC格式在不同的建筑参与者之间共享信息。它是一个基于真实监测数据的可视化、管理和识别建筑环境质量方面的平台。
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MICA (Monitoring Internal Comfort Application):
Façades are one of the main elements that affect indoor environmental quality (IEQ) in buildings and building performance. Given the increasing development of sensor technology, the collection of building monitoring data is useful to understand whether the building and in particular the façade system performs as designed. The increasing use of Technical Building Management (TBM) as well as Building Automatic and Control System (BACs) has been demonstrated to be a promising method to decrease the energy consumption and increase the indoor comfort in new and existing buildings. This project aims to develop a tool showing and processing the monitoring data in a BIM environment using an IFC model. The application has been developed thinking about a BIM approach in the building management. Nowadays IFC models are the most used exchange file format in a BIM process. An IFC file can be loaded into a common data environment (CDE) reachable from stakeholders, sharing information and management strategies. The developed tool is a stand-alone application written in C# which is called MICA (Monitoring Internal Comfort Application). MICA can properly display the monitoring data of building sensors, sharing information between different building actors using the IFC format. It is a platform to visualize, manage and identify the IEQ aspects of building based on real monitored data.
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