Abstract

Human perception and vision have evolved in response to dynamic daylight, i.e. the combination of dynamic in direct sunlight and diffuse skylight, with their respective intensities, colour temperatures and directionality as visual characteristics. Advances in lighting control and sensor technologies create opportunities to design dynamic indoor lighting, which can complement the perception of these natural daylight variations. The objective of this paper is to demonstrate, how dynamic daylight can act as a point of inspiration for a new indoor lighting design concept, double dynamic lighting, bringing the qualities of natural light into our work environments.
Original languageEnglish
Title of host publicationVIA-Verlag
Publication date2020
Publication statusPublished - 2020
EventProfessionel lighting design convention 2019 - Rotterdam, Netherlands
Duration: 23 Oct 201926 Oct 2019
Conference number: 8th

Conference

ConferenceProfessionel lighting design convention 2019
Number8th
CountryNetherlands
CityRotterdam
Period23/10/201926/10/2019

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Lighting
Color
Sensors
Temperature

Cite this

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title = "Dynamic lighting in office environments creating natural flow of light",
abstract = "Human perception and vision have evolved in response to dynamic daylight, i.e. the combination of dynamic in direct sunlight and diffuse skylight, with their respective intensities, colour temperatures and directionality as visual characteristics. Advances in lighting control and sensor technologies create opportunities to design dynamic indoor lighting, which can complement the perception of these natural daylight variations. The objective of this paper is to demonstrate, how dynamic daylight can act as a point of inspiration for a new indoor lighting design concept, double dynamic lighting, bringing the qualities of natural light into our work environments.",
author = "Hansen, {Ellen Kathrine} and Mihkel Pajuste and Sophie Stoffer and Emmanouil Xylakis",
year = "2020",
language = "English",
booktitle = "VIA-Verlag",

}

Hansen, EK, Pajuste, M, Stoffer, S & Xylakis, E 2020, Dynamic lighting in office environments creating natural flow of light. in VIA-Verlag. Professionel lighting design convention 2019, Rotterdam, Netherlands, 23/10/2019.

Dynamic lighting in office environments creating natural flow of light. / Hansen, Ellen Kathrine; Pajuste, Mihkel; Stoffer, Sophie; Xylakis, Emmanouil.

VIA-Verlag. 2020.

Research output: Contribution to book/anthology/report/conference proceedingConference abstract in proceedingResearch

TY - ABST

T1 - Dynamic lighting in office environments creating natural flow of light

AU - Hansen, Ellen Kathrine

AU - Pajuste, Mihkel

AU - Stoffer, Sophie

AU - Xylakis, Emmanouil

PY - 2020

Y1 - 2020

N2 - Human perception and vision have evolved in response to dynamic daylight, i.e. the combination of dynamic in direct sunlight and diffuse skylight, with their respective intensities, colour temperatures and directionality as visual characteristics. Advances in lighting control and sensor technologies create opportunities to design dynamic indoor lighting, which can complement the perception of these natural daylight variations. The objective of this paper is to demonstrate, how dynamic daylight can act as a point of inspiration for a new indoor lighting design concept, double dynamic lighting, bringing the qualities of natural light into our work environments.

AB - Human perception and vision have evolved in response to dynamic daylight, i.e. the combination of dynamic in direct sunlight and diffuse skylight, with their respective intensities, colour temperatures and directionality as visual characteristics. Advances in lighting control and sensor technologies create opportunities to design dynamic indoor lighting, which can complement the perception of these natural daylight variations. The objective of this paper is to demonstrate, how dynamic daylight can act as a point of inspiration for a new indoor lighting design concept, double dynamic lighting, bringing the qualities of natural light into our work environments.

M3 - Conference abstract in proceeding

BT - VIA-Verlag

ER -