Key Modules and Optimization Approach for hybrid GEOTABS Buildings: Background and state-of-the-art

Héctor Cano  Esteban; Qian Wang; Jan  Hoogmartens; Ongun Berk Kazanci

Key Modules and Optimization Approach for hybrid GEOTABS Buildings: Background and state-of-the-art

Héctor Cano Esteban, Qian Wang, Jan Hoogmartens, Ongun Berk Kazanci

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Abstract

hybrid GEOTABS is an EU H2020 funded research project focusing on the design, development and optimization of the innovative concept combining thermally active building systems (TABS), geothermal, heat pump and model predictive control (MPC). As the first article of a serial of project disseminations, this paper introduces the working principle of hybrid GEOTABS, as well as their main components/modules. The optimization approach of key modules in common practice is also discussed. This article aims at providing a basic knowledge of the concept as a preparation for the up-coming optimization development and integration of the involved key modules.

Original language	English
Journal	REHVA Journal
Volume	56
Issue number	1
Pages (from-to)	40-46
ISSN	1307-3729
Publication status	Published - 2019

Keywords

hybridGEOTABS
Geothermal heat pump
TABS
Radiant heating and cooling

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title = "Key Modules and Optimization Approach for hybrid GEOTABS Buildings: Background and state-of-the-art",

abstract = "hybrid GEOTABS is an EU H2020 funded research project focusing on the design, development and optimization of the innovative concept combining thermally active building systems (TABS), geothermal, heat pump and model predictive control (MPC). As the first article of a serial of project disseminations, this paper introduces the working principle of hybrid GEOTABS, as well as their main components/modules. The optimization approach of key modules in common practice is also discussed. This article aims at providing a basic knowledge of the concept as a preparation for the up-coming optimization development and integration of the involved key modules.",

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AU - Esteban, Héctor Cano

AU - Wang, Qian

AU - Hoogmartens, Jan

AU - Kazanci, Ongun Berk

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N2 - hybrid GEOTABS is an EU H2020 funded research project focusing on the design, development and optimization of the innovative concept combining thermally active building systems (TABS), geothermal, heat pump and model predictive control (MPC). As the first article of a serial of project disseminations, this paper introduces the working principle of hybrid GEOTABS, as well as their main components/modules. The optimization approach of key modules in common practice is also discussed. This article aims at providing a basic knowledge of the concept as a preparation for the up-coming optimization development and integration of the involved key modules.

AB - hybrid GEOTABS is an EU H2020 funded research project focusing on the design, development and optimization of the innovative concept combining thermally active building systems (TABS), geothermal, heat pump and model predictive control (MPC). As the first article of a serial of project disseminations, this paper introduces the working principle of hybrid GEOTABS, as well as their main components/modules. The optimization approach of key modules in common practice is also discussed. This article aims at providing a basic knowledge of the concept as a preparation for the up-coming optimization development and integration of the involved key modules.

KW - hybridGEOTABS

KW - Geothermal heat pump

KW - TABS

KW - Radiant heating and cooling

M3 - Journal article

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JF - REHVA Journal

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