Ground heat pump booster sp function-technical indices and rooms indoor climate

The object of the study was heating pump Booster SP and indoor climate provided by floor and ventilation heating. The test site, laboratory of ‘Heating pumps and indoor climate’, was in The Estonian University of Life Sciences Institute of Technology. Heating pump together with ventilation system we...

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Main Authors: Targo Pomerants, Viljo Viljasoo, Märt Reinvee
Format: Article
Language:English
Published: Estonian Academic Agricultural Society 2013-10-01
Series:Agraarteadus
Subjects:
Online Access: http://agrt.emu.ee/pdf/2013_1_pomerants.pdf
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spelling doaj-1b3d946e5a6b4af3bb91eeffeade8ad42020-11-25T00:59:40ZengEstonian Academic Agricultural SocietyAgraarteadus1024-08452228-48932013-10-012412128Ground heat pump booster sp function-technical indices and rooms indoor climateTargo Pomerants0Viljo Viljasoo1Märt Reinvee2 Estonian University of Life Sciences, Institute of Technology, Kreutzwaldi 56, 51014 Tartu, Estonia Estonian University of Life Sciences, Institute of Technology, Kreutzwaldi 56, 51014 Tartu, Estonia Estonian University of Life Sciences, Institute of Technology, Kreutzwaldi 56, 51014 Tartu, Estonia The object of the study was heating pump Booster SP and indoor climate provided by floor and ventilation heating. The test site, laboratory of ‘Heating pumps and indoor climate’, was in The Estonian University of Life Sciences Institute of Technology. Heating pump together with ventilation system were set to automatically ensure proper indoor climate. The particularities of the laboratory setting are the alternative depth of the ground collector (1.5 m) and two indoor heating contours with different layouts. The operating parameters of heating pump were measured by thermocouple probes which were placed on the nodes of heating pump. Indoor climate, provided by heating pump Booster SP and ventilation system, was assessed with a diagnostics device which sensors were placed 1.5 m from the floor. The operating state of ground contour, two indoor heating contours, heating pump and indoor climate was diagnosed by simultaneous data accusation. Based on data processing the operating state and efficiency of heating pump, indoor climate’s compliance with laws and legislations was assessed http://agrt.emu.ee/pdf/2013_1_pomerants.pdf ground heating pumpthermal-technical parameterseffective stateindoor climate
collection DOAJ
language English
format Article
sources DOAJ
author Targo Pomerants
Viljo Viljasoo
Märt Reinvee
spellingShingle Targo Pomerants
Viljo Viljasoo
Märt Reinvee
Ground heat pump booster sp function-technical indices and rooms indoor climate
Agraarteadus
ground heating pump
thermal-technical parameters
effective state
indoor climate
author_facet Targo Pomerants
Viljo Viljasoo
Märt Reinvee
author_sort Targo Pomerants
title Ground heat pump booster sp function-technical indices and rooms indoor climate
title_short Ground heat pump booster sp function-technical indices and rooms indoor climate
title_full Ground heat pump booster sp function-technical indices and rooms indoor climate
title_fullStr Ground heat pump booster sp function-technical indices and rooms indoor climate
title_full_unstemmed Ground heat pump booster sp function-technical indices and rooms indoor climate
title_sort ground heat pump booster sp function-technical indices and rooms indoor climate
publisher Estonian Academic Agricultural Society
series Agraarteadus
issn 1024-0845
2228-4893
publishDate 2013-10-01
description The object of the study was heating pump Booster SP and indoor climate provided by floor and ventilation heating. The test site, laboratory of ‘Heating pumps and indoor climate’, was in The Estonian University of Life Sciences Institute of Technology. Heating pump together with ventilation system were set to automatically ensure proper indoor climate. The particularities of the laboratory setting are the alternative depth of the ground collector (1.5 m) and two indoor heating contours with different layouts. The operating parameters of heating pump were measured by thermocouple probes which were placed on the nodes of heating pump. Indoor climate, provided by heating pump Booster SP and ventilation system, was assessed with a diagnostics device which sensors were placed 1.5 m from the floor. The operating state of ground contour, two indoor heating contours, heating pump and indoor climate was diagnosed by simultaneous data accusation. Based on data processing the operating state and efficiency of heating pump, indoor climate’s compliance with laws and legislations was assessed
topic ground heating pump
thermal-technical parameters
effective state
indoor climate
url http://agrt.emu.ee/pdf/2013_1_pomerants.pdf
work_keys_str_mv AT targopomerants groundheatpumpboosterspfunctiontechnicalindicesandroomsindoorclimate
AT viljoviljasoo groundheatpumpboosterspfunctiontechnicalindicesandroomsindoorclimate
AT martreinvee groundheatpumpboosterspfunctiontechnicalindicesandroomsindoorclimate
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