通过暖通空调控制建筑节能对居住者舒适度的挑战

A. Brissette, J. Carr, P. Juneau
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引用次数: 1

摘要

建筑能源效率的提高通常是通过使用建筑自动化系统(BAS)来控制建筑的环境和舒适条件,特别是气候(即温度、湿度等)来实现的。通过温度控制实现节能的传统方法是通过使用BAS调度供暖、通风和空调(HVAC)单元。必须注意确保在不牺牲乘员舒适度的情况下实现节能,但验证舒适性是一项挑战,并且在暖通空调控制的开发过程中,舒适度的指标通常是临时选择的。本文探讨了暖通空调的控制方法及其对舒适性的潜在影响;舒适度量化方法;以及可能为舒适性问题提供解决方案的研究方向。
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The occupant comfort challenge of building energy savings through HVAC control
Building energy efficiency improvements are often achieved by using a building automation system (BAS) to control the environmental and comfort conditions in a building, especially the climate (i.e., temperature, humidity, etc.). The traditional method for achieving energy savings through temperature control is by scheduling the heating, ventilation and air conditioning (HVAC) units using the BAS. Care must be taken to ensure that energy savings are achieved without sacrificing occupant comfort, but validating comfort is a challenge, and metrics for comfort are generally chosen ad hoc in the development of HVAC controls. This paper explores HVAC control methods and the potential impact they may have on comfort; approaches to quantifying comfort; and research directions that may provide solutions to the comfort problem.
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