In this article, the implementation of a previously published design procedure on a
real world HVAC system is outlined. The approach which is based on the describing
function method and the linear algebraic method proves to be well suited for HVAC
applications facing the problem of limit cycles.
Acknowledgements This project is partially funded by the Austrian Research Promotion Agency
(FFG), project number 820141, project title “Hochgenaue Regelung klimatechnischer Anlagen”.
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5. Wiening, W.: Zur Modellbildung, Regelung und Steuerung von W¨ arme¨ ubertragern zum Heizen
und K¨ uhlen von Luft. Fortschritt-Berichte VDI Reihe 8 Nr. 128, VDI-Verlag, D¨ usseldorf (1987)measured data.摘要:现如今基于模型的控制策略并不是建立在加热通风和空调行业。然而,这些技术的提供者是在专家知识的基础上考虑传统方法的优点，因此可以克服现有控制概念的不足。本文概述了对一个工业试验装置的一种基于模型的控制策略。该方法使用描述函数来避免限制周期的干扰。这种计划技术是用来证明一个系统化的工具可以提高加热通风和空调系统的性能。
1 介绍
暖通空调（HVAC)系统的主要目的是温度和湿度控制。在温度控制系统的极限周期内进行分析。对于一个办公室的空调系统房间,描述函数法用于消除室内空气温度的周期性振荡。模拟显示,该方法适用于改善现有的pi控制器。在这篇文章中一个暖通空调试验厂介绍了在实践中验证这些仿真结果。
本文组织如下:在“测试装置”中是用数学描述测试装置的，它是概述的一部分。“函数描述法”是致力于用函数来描述的方法,“结论”是总结一篇文章的。 暖通空调控制的模型英文文献及中文翻译(3):http://www.751com.cn/fanyi/lunwen_2652.html