• Title of article

    Classroom Lighting Control Systems and Level of Energy Consumption, Tehran, Iran

  • Author/Authors

    Motazedian, Fahimeh Islamic Azad University - Department of Art and Architecture , Mahdavinejad, Mohammad javad Tarbiat Modares University - Department of Art and Architecture , Habib, Farah Islamic Azad University - Department of Art and Architecture , Diba, Darab Islamic Azad University - Department of Art and Architecture

  • Pages
    8
  • From page
    35
  • To page
    42
  • Abstract
    Buildings play an important role in the energy demand sector. Due to the increase of environmental concerns and renewable energy sources restriction, lighting control systems will play an important role in the reduction of energy consumption of the lighting without impeding comfort goals. Lighting control systems can control lighting consumption according to the type of building, adequate luminance, occupation time, scheduled time etc. Better lighting not only can reduce the energy consumption of a room, it can improve the quality of work from its occupants. The main aim of the project is to determine the energy saved by using different artificial lighting control systems and find the best one. Honeybee plug-in for grasshopper in a space as a classroom simulated six different systems in this article and electricity, cooling and heating energy consumption for these systems were compared. Results show that “Auto dimming with switch off occupancy sensor” has the best annual operation and it saves eight times more electricity energy than the worst system which is the traditional “Always on during active occupancy sensor”. Considering thermal energy consumption also proves the priority of occupancy and daylight dimming system. Selecting a suitable lighting control system in initial steps of design or after construction is very affordable and increases environment quality
  • Keywords
    Lighting Control System , Energy Saving , Sensor , Dimmer , Honeybee
  • Journal title
    Astroparticle Physics
  • Serial Year
    2016
  • Record number

    2440186