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Title:      HOLISTIC OPTIMIZATION OF HVAC SYSTEMS VIA DISTRIBUTED DATA-DRIVEN CONTROL
Author(s):      Karel Macek, Dimitrios Rovas, Mischa Schmidt, Cesar Cesar Valmaseda
ISBN:      978-989-8704-10-8
Editors:      Ajith P. Abraham, Antonio Palma dos Reis and Jörg Roth
Year:      2014
Edition:      Single
Keywords:      HVAC systems, distributed control, data-driven control, lazy learning, dynamic programming.
Type:      Full Paper
First Page:      75
Last Page:      82
Language:      English
Cover:      cover          
Full Contents:      click to dowload Download
Paper Abstract:      In the present paper, the control design of Heating, Ventilation and Air Conditioning (HVAC) systems is investigated. In large-scale buildings – e.g. hotels or hospitals – the high dimension of the control design problem precludes a solution with reasonable computational effort. In this paper, a distributed control strategy is proposed, where interacting agents are operating sub-systems; interaction between these agents can ensure that an optimum solution can be obtained. A novel method to distributed control tis introduced based on data-driven modeling where the strategy is not based on explicit optimization, but on weighted learning of the control rules; two examples of the addressed system are formulated. A significant advantage of the proposed approach consists in minimal assumptions on the addressed system and the most significant disadvantage is the need of sufficiently rich data-sets.
   

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