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    • Rørhåndboka 2025 Pluss
    • Prenøk
    • Styring og regulering av tekniske anlegg i bygg.
    • VVS-TV
    • Ventøk
    • Varmenormen (2017)
    • Vannbaserte oppvarmings- og kjølesystemer (2014)
    • Ventilasjonsteknikk Del I (utgave 2019)
    • Ventilasjonsteknikk Del II (utgave 2019)
    • VVS-tegning med oppgavesamling
    • Kompendium for Fgass-sertifisering (2019)
    • Praktisk kuldeteknikk
    • RHB digitalt tillegg
    • Sanitærteknikk - Prosjektering og utførelse av sanitærinstallasjoner i bygg
    • Stensaas, Leif I. Ventilasjonsteknikk Del I - Grunnlaget og systemer (1998)
    • Tekniske bestemmelser - Standard abonnementsvilkår for vann og avløp
    • Kuldehåndboka 2007
    • Veileder for vannbehandling i lukkede energianlegg
    • Klimadata M21
    • Driftøk
    • Arbeidsdokument
      • Introduction to ventilation
      • Indoor climate
      • Humid air
      • Varmeoverføring
      • Basic fluid mechanics
      • Airflow requirements
        • Airflow requirements
        • Minimum requirements in the building technical regulations TEK17
        • § 13-2 Ventilation in residential buildings
        • § 13-3 Ventilation in construction work for the public and work buildings
        • NS-EN 15251
        • Guidance 444
        • The need for ventilation for persons and materials
        • Comfort criteria - perceived air quality
        • Airflow rates based on olf and decipol
        • Airflow rates based on CO₂
        • Ventilation for health
        • Regulations concerning Action and Limit Valuesrdier
        • Ventilation of the garage
        • Emissions - volatile organic compounds (VOC)
        • Low-emitting building constructions
        • Non-stationary conditions
        • Air exchange
        • Air conditioning
        • Control of temperature
        • Heat loss due to transmission
        • Heat loss due to infiltration
        • Heat loss due to ventilation
        • Heat gains due to internal loads
        • Heat gain from occupants
        • Heat gain from the sun
        • Heat storage
        • Simplified method for calculating power demand for cooling
        • Control on the humidity level
      • Main types of ventilation systems
      • Airflow patterns in rooms (under construction)
      • Sound and noise reduction in ventilation systems
      • Energy use in buildings
      • Demand-controlled ventilation
      • Ducts

    Arbeidsdokument

    • 6
      Airflow requirements
    • 6.1
      Minimum requirements in the building technical regulations TEK17
    • 6.1.1
      § 13-2 Ventilation in residential buildings
    • 6.1.2
      § 13-3 Ventilation in construction work for the public and work buildings
    • 6.1.3
      NS-EN 15251
    • 6.2
      Guidance 444
    • 6.3
      The need for ventilation for persons and materials
    • 6.3.1
      Comfort criteria - perceived air quality
    • 6.3.1.1
      Airflow rates based on olf and decipol
    • 6.3.1.2
      Airflow rates based on CO₂
    • 6.3.2
      Ventilation for health
    • 6.3.2.1
      Regulations concerning Action and Limit Values
    • 6.3.2.2
      Ventilation of the garage
    • 6.3.3
      Emissions - volatile organic compounds (VOC)
    • 6.3.3.1
      Low-emitting building constructions
    • 6.3.4
      Non-stationary conditions
    • 6.3.5
      Air exchange
    • 6.4
      Air conditioning
    • 6.4.1
      Control of temperature
    • 6.4.1.1
      Heat loss due to transmission
    • 6.4.1.2
      Heat loss due to infiltration
    • 6.4.1.3
      Heat loss due to ventilation
    • 6.4.1.4
      Heat gains due to internal loads
    • 6.4.1.5
      Heat gain from occupants
    • 6.4.1.6
      Heat gain from the sun
    • 6.4.1.7
      Heat storage
    • 6.4.1.8
      Simplified method for calculating power demand for cooling
    • 6.4.2
      Control on the humidity level
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