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首页> 外文会议>International Building Physics Conference >Adaptive control for building thermo-hygrometric analysis: a novel dynamic simulation code for indoor spaces with multi-enclosed thermal zones
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Adaptive control for building thermo-hygrometric analysis: a novel dynamic simulation code for indoor spaces with multi-enclosed thermal zones

机译：建筑热湿度分析的自适应控制：多封闭式热区的室内空间的新型动态仿真代码

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摘要

A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric energy performance analyses of multi-zone buildings, is presented. Relevant novelties vs. previous implemented code releases are discussed. They regard: i) the simulation model for building spaces with multi-enclosed thermal zones; ii) a novel temperature-humidity control algorithm based on a reference adaptive control scheme. Such algorithm enables the online adaptation of the control gains, in order to overcome the well-known problems of classical fixed gain control algorithms. With the aim to show the features and the potentialities of the simulation code coupled with this new control scheme, a suitable case study related to special indoor hospitals spaces including multiple infant-incubators is developed. The robustness of the designed control approach is confirmed through the good regulation performance obtained for both the indoor air temperature and humidity, simultaneously.
机译：提出了一种新的动态仿真模型，称为检测2.3.1，用于多区建筑物的热湿度能分析的故意开发。相关的Novelties与之前的实施代码发布。他们考虑：i）用多封闭式热带建筑空间的仿真模型; ii）一种基于参考自适应控制方案的新型温度湿度控制算法。这种算法使得能够在线适应控制增益，以克服经典固定增益控制算法的众所周知的问题。旨在展示与这种新的控制方案耦合的模拟代码的特征和潜力，开发了与包括多个婴儿孵化器的特殊室内医院空间有关的合适案例研究。通过同时为室内空气温度和湿度获得的良好调节性能来确认设计控制方法的稳健性。

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