SSL erate Project EU Project SSL ERATE

Transcription

1 SSL erate Project EU Project SSL ERATE Introduction LightingEurope g The SSL erate Project Project results of the firstyear Outlook Lighting for Health and Well Being 1

2 Introduction LightingEurope Association of European lighting companies 2

3 Introduction SSL ERATE ( accelerate uptake of high quality h SSL ) SSL erate is a 3 year coordination project that aims to accelerate the uptake of high quality Solid State Lighting (SSL) technology in Europe by supporting open innovation and bringing validated information to all relevant stakeholders. At a higher level this coordinated European effort addresses a number of socio economic challenges. Europe is faced with: health, energy consumption, and resource effectiveness the future development of the European lighting industry as outlined in the European Commission Green paper Lighting the Future how to enable lighting solutions with a societal itland environmental sustainability perspective, leading to a future in which Europe evolves to global leadership in SSL systems and solutions 3

4 Introduction SSL ERATE Partners NEDERLANDSE ORGANISATIE VOOR OEGEPAST NATUURWETENSCHAPPELIJK ONDERZOEK (TNO), Netherlands coordinator LUND UNIVERSITY, Sweden LIGHTINGEUROPE, Belgium FUNDACION ESADE, Spain LUCI ASSOCIATION, France CLUSTER LUMIERE ASSOCIATION, France LUCE IN VENETO SCARL, Italy KATHOLIEKE UNIVERSITEIT LEUVEN, Belgium CLUSTER D IL LUMINACIO DE CATALUNYA, Spain DANMARKS TEKNISKE UNIVERSITET, Denmark KAMER VAN KOOPHANDEL, Netherlands UNIVERSITY COLLEGE LONDON, United Kingdom VILNIAUS UNIVERSITETAS, Lithuania UNIVERSITAT BASEL, Switzerland AALTO KORKEAKOULUSAATIO, Finland MALMO STAD, Sweden RIJKSUNIVERSITEIT GRONINGEN, Netherlands COMUNE DI BASSANO DEL GRAPPA, Italy HOCHSCHULE FUER ANGEWANDTE WISSENSCHAFTEN SC HAMBURG, Germany STAVANGER COMMUNE, Norway GEMEENTE EINDHOVEN, Netherlands UNIVERSITY OF OXFORD, United Kingdom REVO MEDIA PARTNERS LIMITED, United Kingdom MUNICH UNIVERSITY OF APPLIED SCIENCES, Germany 4

5 Introduction SSL ERATE WP3.1 Lighting for health and well-being in Domestic Applications UNIVERSITY BASEL, Switzerland Workplaces UNIVERSITY OF GRONINGEN,NetherlandsNetherlands Healthcare and Nursing Homes UNIVERSITY OF OXFORD, United Kingdom Education MUNICH UNIVERSITY OF APPLIED SCIENCES, Germany subproject lead and coordination: LIGHTINGEUROPE, Belgium WP3.2 Lighting for health and well-being in Smart Cities AALTO UNIVERSITY, Finland 5

6 SSL erate Project inventory biological light effects for health and well being Why is light important? We need light.. to see to set the stage to influence our brain, body & behaviour 6

7 Solid State Lighting energy efficient small, free form factor precise control (spectral, dynamics, spatial) digitization & connectivity Enabling factors for lighting innovations that improve well being, functioning and health 7

8 Scientific insights & use cases Lighting has been used to perform (visual) tasks create a pleasant ambiance Use future light to support mood cognition & alertness body clock sleep wake behaviour Important role for novel photoreceptorp 8

9 Human Centric Lighting g Brings and balances visual, emotional and biological benefits of lighting for humans takes into account the requirements for good vision and simultaneously the emotional and biological needs of humans intended to promote well being, performance, health and esthetics 9

10 Light use indoors Man masters light. but.our light hygiene is poor 10

11 Light use indoors Lightmasters Man light. man consequences circadian misentrainment desynchronized body clock, similar to jet lag problems with sleep & alertness compromised mood, functioning, well being and health. but.our light hygiene is poor USECASES: BETTER LIGHT HYGIENE, the right light at the 11right time & place SSL-erate 1 st review meeting 28 January 2015

12 Human Centric Lighting support users with visual and non visual benefits of light Education Healthcare & Elderly care Domestic Workplace Smart cities scientific insights, new functions & use cases for 5 domains 12

13 Lighting in education scientific insights, new functions & applications adjusting brightness and blue content to higher or lower levels helps to get ready for the day supports alertness and concentration during lessons improves sleep (duration & timing) and thus learning can support relaxation and reduce stress 13

14 Workplace Lighting scientific insights, new functions & applications Adjust brightness and spectrum for optimally supporting alertness, vitality, cognitive performance, concentration, attention environmental appraisal good sleep at night (duration & timing) From (well controlled) lab to real life Balance acute effects (alertness, activity) & longer term effects (regulation of sleep/wake cycle & body clock) rhtyhm) 14

15 Healthcare Lighting scientific insights, new functions & applications Treating depression Intense daytime light exposure Dawn simulation Elderly intense daytime light for better body clock stability and regulation Dementia: improved neuropsychiatric behaviour, increased alertness, improved sleep 15

16 Domestic lighting scientific insights, new functions & applications Dawn simulation in the early morning Reduces sleep inertia & enhances daytime well being and cognitive performance Throughout the day Blue enriched light can keep you alert Light can support concentration, activity and well being In the evening Light dimming and reduced blue content can help to relax and supports sleep 16

17 Smart Cities & Lighting scientific insights, new functions & use cases ensuring sufficient visibility, higher perceived safety, reduce criminal activity encourageactivity/recreation activity/recreation (pedestrian andcyclist) cyclist), enhance atmosphere, social life & well being in cities light at night must be handled with care, not to disrupt sleep and health innovation opportunities carefully choosing the spectra, determining the timing and defining the light intensity range (min and max) of the lighting system Involve car manufacturers in future road lighting Limit blue content (less circadian active, fewer insects) Address needs of (elderly) pedestrians Da Nang Dragon Bridge Vietnam 17

18 Human Centric Lighting Effects of human centric lighting are beneficial in numerous segments Application specific effects of human centric lighting Health Enhanced drug efficacy, e.g. of antidepressants Reduced therapy times and capacity requirements Wholesale and Retail Daylight compatible product presentations Extended daytime in shopping malls Education Decreased fatigue and shortened wake up times Extended and deepened concentration periods Hospitality (Colored) accentuation of architecture and design Mood support in wellness and dining areas Office Increased employee motivation and commitment Individualized maximization of concentration and energy Residential Prevention of depressions, dementia etc. Integrated wake up and relaxation support Industrial Improved output and error rates of repetitive work steps Biorhythm adjustment for nightshift workers 18

19 Human Centric Lighting European market for Human Centric Lighting conservative scenario Human centric lighting can be a multi billion euro business in Europe (in bn ) Total market size 2020: 21 bn Indicated chart values until 2017 are for scenario with high growth Source: A.T. Kearney "Light and Health" market model

20 Thanks for your attention! l grant agreement nº Accelerate SSL Innovation for Europe