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Development, validation and application of a coupled reduced-order CFD model for building control applications

机译:用于建筑物控制应用的耦合降阶CFD模型的开发,验证和应用

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摘要

Small-to-moderate sized commercial buildings commonly use rooftop units (RTUs) to provide indoor comfort. These applications are often characterized by significant spatial variations in comfort due to poor thermostat placement and poor coordination of RTUs leading to high energy and demand costs and marginal comfort. Tools are needed that can assess both energy and comfort performance for these types of applications so that the benefits of improved RTU coordination and control can be evaluated in terms of energy and comfort and so that appropriate real-time strategies can be developed. In this paper we discuss a method for generating and coupling tractable reduced order models for the building envelope and for the indoor air dynamics. Overall assessments of the coupled model are performed for a typical sit down restaurant that employs four rooftop units. Measurements are available from the site to validate the models. (C) 2015 Elsevier Ltd. All rights reserved.
机译:中小型商业建筑通常使用屋顶单元(RTU)提供室内舒适感。这些应用的特点通常是,由于恒温器放置不当以及RTU的协调性差,导致舒适感出现明显的空间变化,从而导致较高的能源和需求成本以及舒适度。需要可以评估这些类型应用程序的能量和舒适度性能的工具,以便可以根据能量和舒适度评估改进的RTU协调和控制的好处,并可以开发适当的实时策略。在本文中,我们讨论了一种用于生成和耦合建筑围护结构和室内空气动力学的易处理降阶模型的方法。对于使用四个屋顶单元的典型坐下餐厅,将对耦合模型进行整体评估。可从站点进行测量以验证模型。 (C)2015 Elsevier Ltd.保留所有权利。

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