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热泵型新风环境控制一体机PMV控制仿真研究

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为满足个性化热舒适的控制需求,运用 XGBoost算法建立个性化热舒适预测模型;基于 TRNSYS软件平台,建立热泵环控机组 PMV控制模型;提出热泵环控机组的调控策略,并用偏冷和偏热调节两个案例进行了验证.结果显示:通过特征参数分析选取空气温度、空气风速作为控制变量,以PMV为被控参数,将基于XGBoost算法的个性化热舒适模型应用到热泵环控机组中,能够满足用户个性化的室内热舒适需求.
Simulation model based on PMV control of integrated heat pump environment control unit with outdoor air
In order to satisfy the control requirements of personalized thermal comfort,this paper uses XGBoost algorithm to establish personalized thermal comfort prediction model.Based on TRNSYS software platform,the PMV control model of heat pump loop control unit is established.Propose a regulation strategy for the heat pump environment control unit and verify it with two cases of partial cooling and partial heating regula-tion.The results show that by selecting air temperature and air speed as control variables through feature parameter analysis,and using PMV as the controlled parameter,the per-sonalized thermal comfort model based on XGBoost algorithm is applied to the heat pump environment control unit.

integrated heat pump environment control unit with outdoor aircomfort modelPMV control

张仕翔、沈雅倩、黄志甲

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安徽工业大学建筑工程学院

热泵型新风环境控制一体机 热舒适模型 PMV控制

2024

制冷与空调
中国制冷空调工业协会 中国科学技术交流中心

制冷与空调

影响因子:0.331
ISSN:1009-8402
年,卷(期):2024.24(5)
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