Lighting of workplaces: impact of AmI-based lighting systems

  • Project number: F 2302
  • Institution: Federal Institute for Occupational Safety and Health (BAuA) / Intellux Berlin GmbH
  • Status: Completed Project

Description:

The main objective of the research project "Lighting of workplaces: technology assessment of AmI-based lighting systems" is the development of a risk assessment tool for AmI-based and dynamic lighting systems. The special feature of these systems is their possibility to adjust according to the user context in a biologic effective way. With spatial and temporal changes of illumination parameters, such as light intensity and color, AmI-based lighting systems are able to induce melanopic and circadian effects. From occupational science perspective possible manipulative influence by AmI-based lighting systems on work performance of employees or the influence on circadian rhythms have to be considered critically. Another problem is that novel lighting technologies and dynamic lighting systems are considered only a minor extent by legislation. In addition to the technology assessment the influence on the circadian system and the technical feasibility of an AmI-based lighting system will be investigated in two sub-projects. All results are combined in a single approach to risk assessment.

Publications

Circadian effects of AmI-based lighting systems: Effects of circadian desynchronization

Publishing year: 2015

Suchergebnis_Format Report (in German)

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Chancen und Risiken beim Einsatz künstlicher, biologisch wirksamer Beleuchtung in Arbeitsstätten

Publishing year: 2017

Suchergebnis_Format baua: Fokus

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Directional light of led arrays and its influence on shape perception

Publishing year: 2016

Suchergebnis_Format Article

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Bedeutung von Lichtrichtung und Schattigkeit für die visuell motorische Leistung

Publishing year: 2016

Suchergebnis_Format Article

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Application of blue enriched white light in the workplace from the perspective of occupational health and safety

Publishing year: 2015

Suchergebnis_Format Article

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LED-Beleuchtung: Auswirkungen von Mehrfachschatten auf Sehkomfort und visuell-motorische Leistung

Publishing year: 2015

Suchergebnis_Format Article

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Lichtrichtung und Schattigkeit beeinflussen visuomotorische Leistung

Publishing year: 2015

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Lichtrichtung und Schattigkeit beeinflussen visuomotorische Leistung

Publishing year: 2015

Suchergebnis_Format Article

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Einfluss von LED-Mehrfachschatten auf Sehleistung und Sehkomfort

Publishing year: 2014

Suchergebnis_Format Article

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Chancen und Risiken zukunftsweisender Beleuchtungssysteme

Publishing year: 2013

Suchergebnis_Format Article

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Further Information

Contact

Unit 2.6 "Workplaces, Safety of Machinery, Operational Safety"

Phone: +49 231 9071-1971
Fax: +49 231 9071-2070