本文基于ASHRAE研究项目RP-1292的研究结果。可变风量（VAV）系统通常用于保持商业建筑的空间舒适性。单管道VAV（SDVAV）系统通常使用风扇驱动的终端设备（FPTU）来控制输送到区域的空调空气量，以维持空间条件。开发了一个模型，用于评估使用串联和/或风扇供电终端装置的SDVAV系统的运行情况。本文描述了用于对系统建模的过程，以及用于对所有非稳态系统建模的方程- 系统中的区域级组件。SDVAV系统模型在实验室使用一个试验台进行了验证，该试验台支持使用串联和并联FPTU的三区系统的运行。建立试验台以模拟模型预测的工作点。测量系统运行情况，然后与预测值进行比较。模型验证的细节在另一篇文章中描述。单位:双引文:ASHRAE交易，第115卷，第。2009年1月1日，芝加哥

This paper is based on findings resulting from ASHRAE Research Project RP-1292.Variable Air Volume (VAV) systems are commonly used to maintain space comfort in commercial buildings. Single-Duct VAV (SDVAV) systems often use Fan-Powered Terminal Units (FPTU) to control the amount of conditioned air that is delivered to a zone to maintain space conditions. A model was developed to evaluate the operation of a SDVAV system using Series and/or Fan Powered Terminal Units. The procedure used to model the system is described in this paper as are the equations used to model all non-zone level components in the system. The SDVAV system model was verified in the laboratory using a test stand that supported the operation of a three zone system using both series and parallel FPTU. The test stand was set up to mimic the operating points as predicted by the model. System operation was measured and then compared to the predicted values. The details of the model verification are described in another paper.Units: Dual