确保办公大楼的舒适性:KNX监控系统的设计

C. Bujdei, S. Moraru
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引用次数: 32

摘要

作为第一阶段的任务,本文介绍了什么代表以及如何可能确保室内办公室舒适的研究,这是最重要的舒适类型(热、视觉、声学、空气质量等),以及如何分析(表征)每一种。它们中很少有数学解释,或多或少精确到可以进行估计。所有类型的舒适度都可以用它们的特征参数来描述。当有必要时,特定的建筑装置会使用不同的预定义方法来纠正参数值,以这种方式建立更高的舒适度。通常不可能确保所有居住者都达到相同的舒适度,因为他们之间存在差异(新陈代谢、活动、服装等)。在研究报告之后,描述了KNX自动化系统的设计,该系统致力于确保办公室/教室空间的舒适性,能够控制照明,供暖和空调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ensuring Comfort in Office Buildings: Designing a KNX Monitoring and Control System
As a first stage task, this paper presents the study on what represents and how it is possible to ensure the indoor office comfort, which are the most important types of comfort (thermal, visual, acoustic, air quality, etc.) and how each of them could be analyzed (characterized). Few of them have a mathematical interpretation, more or less precise, which permits to make estimations. All types of comfort could be described using their characteristic parameters. When it is necessary specific building installations react to correct the parameters values, using different predefined methods, for establishing in this way a higher comfort level. Usually it is not possible to ensure the same comfort level for all occupants, due to the differences which exist between them (metabolism, activities, clothing, etc.). After the study presentation, it is described the design of a KNX automation system, dedicated for ensuring the comfort into an office/classroom space, which is able to control the lighting, heating and air conditioning.
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