BSim Models for 2 Case-studies of Naturally and Mechanically Ventilated Daycare Institutions

Project: Energibesparelser i børneinstitutioner ved valg af den optimale ventilationstekniske løsning tilpasset konkretesituationer

Research output: Book/ReportReportResearch

1252 Downloads (Pure)

Abstract

This report is prepared within a project "Energibesparelser i børneinstitutioner ved valg af den optimale ventilationstekniske løsning tilpasset konkrete situationer" and it is intended to provide reader with complete information necessary for evaluation of assumptions made in the models and conclusions derived from the results of simulation of two different institutions in various operational modes.

Thermal models are prepared for two buildings, which are: SFO Nymarken in Kerterminde and SFO Spirehuset in Hirtshals. The main operational principles in these buildings are significantly different, as SFO Nymarken is mechanically ventilated and SFO Spirehuset is naturally ventilated.

All of the simulations were carried in BSim, and all of the models are simulated in the current version of BSim, which is version 6,8,9,8.
Original languageEnglish
Place of PublicationAalborg
PublisherDepartment of Civil Engineering, Aalborg University
Number of pages67
Publication statusPublished - 2009
SeriesDCE Technical reports
Number67

Fingerprint

den
simulation
project

Keywords

  • BSim
  • Nymarken
  • Spirehuset
  • Exhaust Air
  • Air Temperature
  • CO2 Concentration
  • Ventilation

Cite this

@book{66789ff0ff8811de9a61000ea68e967b,
title = "BSim Models for 2 Case-studies of Naturally and Mechanically Ventilated Daycare Institutions: Project: Energibesparelser i b{\o}rneinstitutioner ved valg af den optimale ventilationstekniske l{\o}sning tilpasset konkretesituationer",
abstract = "This report is prepared within a project {"}Energibesparelser i b{\o}rneinstitutioner ved valg af den optimale ventilationstekniske l{\o}sning tilpasset konkrete situationer{"} and it is intended to provide reader with complete information necessary for evaluation of assumptions made in the models and conclusions derived from the results of simulation of two different institutions in various operational modes.Thermal models are prepared for two buildings, which are: SFO Nymarken in Kerterminde and SFO Spirehuset in Hirtshals. The main operational principles in these buildings are significantly different, as SFO Nymarken is mechanically ventilated and SFO Spirehuset is naturally ventilated.All of the simulations were carried in BSim, and all of the models are simulated in the current version of BSim, which is version 6,8,9,8.",
keywords = "BSim, Nymarken, Spirehuset, Ventilation, Air Temperature, CO2 Concentration, Exhaust Air, BSim, Nymarken, Spirehuset, Exhaust Air, Air Temperature, CO2 Concentration, Ventilation",
author = "Larsen, {Olena Kalyanova} and Per Heiselberg",
year = "2009",
language = "English",
publisher = "Department of Civil Engineering, Aalborg University",
address = "Denmark",

}

TY - RPRT

T1 - BSim Models for 2 Case-studies of Naturally and Mechanically Ventilated Daycare Institutions

T2 - Project: Energibesparelser i børneinstitutioner ved valg af den optimale ventilationstekniske løsning tilpasset konkretesituationer

AU - Larsen, Olena Kalyanova

AU - Heiselberg, Per

PY - 2009

Y1 - 2009

N2 - This report is prepared within a project "Energibesparelser i børneinstitutioner ved valg af den optimale ventilationstekniske løsning tilpasset konkrete situationer" and it is intended to provide reader with complete information necessary for evaluation of assumptions made in the models and conclusions derived from the results of simulation of two different institutions in various operational modes.Thermal models are prepared for two buildings, which are: SFO Nymarken in Kerterminde and SFO Spirehuset in Hirtshals. The main operational principles in these buildings are significantly different, as SFO Nymarken is mechanically ventilated and SFO Spirehuset is naturally ventilated.All of the simulations were carried in BSim, and all of the models are simulated in the current version of BSim, which is version 6,8,9,8.

AB - This report is prepared within a project "Energibesparelser i børneinstitutioner ved valg af den optimale ventilationstekniske løsning tilpasset konkrete situationer" and it is intended to provide reader with complete information necessary for evaluation of assumptions made in the models and conclusions derived from the results of simulation of two different institutions in various operational modes.Thermal models are prepared for two buildings, which are: SFO Nymarken in Kerterminde and SFO Spirehuset in Hirtshals. The main operational principles in these buildings are significantly different, as SFO Nymarken is mechanically ventilated and SFO Spirehuset is naturally ventilated.All of the simulations were carried in BSim, and all of the models are simulated in the current version of BSim, which is version 6,8,9,8.

KW - BSim

KW - Nymarken

KW - Spirehuset

KW - Ventilation

KW - Air Temperature

KW - CO2 Concentration

KW - Exhaust Air

KW - BSim

KW - Nymarken

KW - Spirehuset

KW - Exhaust Air

KW - Air Temperature

KW - CO2 Concentration

KW - Ventilation

M3 - Report

BT - BSim Models for 2 Case-studies of Naturally and Mechanically Ventilated Daycare Institutions

PB - Department of Civil Engineering, Aalborg University

CY - Aalborg

ER -