本文的目的是开发一种简单的经验建模方法，该方法使用标准测试中的实验室数据来表示可变空气变水（VAVW）风机盘管机组（FCU）在宽工作范围内的性能。作为第一步，来自三家制造商的十台水平大容量FCU在干湿设备中进行了测试，每台机组在27种操作条件下，在气流速度、进入空气条件、水流量、进入水温和水温上升的不同组合下进行测试。然后，对实验数据进行回归分析，得出表征不同流量和温度对冷却能力影响的性能曲线。开发了一种利用性能曲线的建模方法，以估算调节控制下区域冷负荷下的空气和水流量。 所开发的经验建模方法可以很容易地在基于电子表格的建筑能耗计算中实现，以量化VAVW FCU的能耗。引用:2019年年度会议，密苏里州堪萨斯城，扩展摘要

The objective of this paper is to develop a simple empirical modeling approach that uses laboratory data from standard testing to represent the performance of variable air variable water (VAVW) fan coil units (FCUs) over a wide operating range. As the first step, ten horizontal high-capacity FCUs from three manufacturers were tested in a psychrometric facility with each unit being tested under 27 operating conditions at various combinations of airflow rate, entering air condition, water flow rate, entering water temperature, and water temperature rise. Then, regression analysis was conducted on the experimental data to derive performance curves that characterize the impact of varying flow and temperature on cooling capacities. A modeling approach utilizing the performance curves was developed to estimate the air and water flows responding to zone cooling load with modulation control. The developed empirical modeling approach can be easily implemented in spreadsheet-based building energy calculation to quantify the energy consumption of VAVW FCUs.