Holistické řízení datacenter: Metodika pro uvedení do provozu víceoborového řízení datacenter s použitím simulace budov

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URI: https://hdl.handle.net/11556/3543
ISSN: 1210-1389
Publication date
2019
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Abstract
The world data center energy consumption has been growing rapidly and currently is estimated at 1,7–2,2% of the world-wide electricity consumption. Achieving sustainability in this sector calls for development new energy efficient strategies and measures. Current research deals with development of holistic operation i.e. operation, where all essential processes such as data processing, cooling and power delivery and supply (including renewable energy sources) are optimized a coordinated. Testing of modern operational strategies, which is necessary for development and commissioning, is not possible during the regular operation due to the risk of limitation of the services or outage of the data center operation. Any outage of the data center is related with financial and reputation losses. Therefore, the testing is extremely limited. Alternatively, building energy simulation may offer “safe” testing environment for advanced control algorithms and accelerate their implementation in practice. This paper describes a novel workflow for testing of modern control algorithm and new application of building energy simulation of data center.
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Publisher Copyright: © 2019, Society of Environmental Engineering. All rights reserved.
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Building energy simulation , Commissioning , Data center , GENIC control platform , Holistic operation , Testing procedure , Environmental Engineering , Building and Construction , Health, Toxicology and Mutagenesis , SDG 7 - Affordable and Clean Energy
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Zavřel , V , Torrens-Galdiz , J I & Hensen , J L M 2019 , ' Holistické řízení datacenter : Metodika pro uvedení do provozu víceoborového řízení datacenter s použitím simulace budov ' , Vytapeni, Vetrani, Instalace , vol. 28 , no. 4 , pp. 228-232 .