研究项目ASHRAE 1292-TRP的目标是:（1）量化并联和串联VAV终端装置的能量使用，作为实验室标称空间负载和控制策略的函数；（2）扩展实验数据，以评估VAV终端装置在各种气候条件下的年度能量使用。该项目的第一阶段侧重于为典型设计压力条件下的串联和并联风机驱动的可变风量终端装置样本开发气流输出和功耗的经验模型。第二阶段的目标是开发基于串联和并联风机终端单元的单风管多分区变风量系统的系统模型，并使用该模型比较系统的性能。 项目要求，在使用模型比较基于两种终端单元类型的系统之前，使用受控实验室实验验证系统模型。这个压缩文件（36 MB）包含第一阶段、第二阶段和电子表格教程的报告（所有三个文档都包含在一个pdf中）；还有一个Excel数据表格。

Research Project ASHRAE 1292-TRP had the objectives to:   (1) quantify the energy use of parallel and series VAV terminal units as a function of a nominal space load and control strategy in the laboratory, and (2) extend the experimental data to evaluate annual energy use for VAV terminal units in a wide range of climates.The first phase of this project focused on developing empirical models of airflow output and power consumption for a sample of series and parallel fan powered variable air volume terminal units at typical design pressure conditions.The objective of the second phase was to develop system models of single duct, multi-zoned VAV systems based on series and parallel fan terminal units and to use the model to compare the performance of the systems.  It was a project requirement that the system model be verified using controlled laboratory experiments before the model was used to compare the systems based on the two terminal unit types.This zipped file (36 MB) contains the reports for Phase I, Phase II and the Spreadsheet Tutorial (all three documents contained in one pdf); and an Excel spreadsheet of data.