presentazione di powerpoint - surface · 2017. 12. 1. · and light pollution) (wp3) 4....
TRANSCRIPT
SURFACE PAVEMENT SURFACE CHARACTERISATION FOR SMART AND EFFICIENT ROAD LIGHTING
EMPIR 16 NRM02 SURFACE EMPIR European Metrology Programme for Innovation and Research Initiative co-funded by European Union’s Horizon2020 between 2014 and 2020 EURAMET The European Association of National Metrology Institutes
EMPIR 16 NRM02 SURFACE EMPIR call 2014 – 2020 Total budget: of 600 M € 300 M € from the participating states up to 300 M € from the European Commission Priority areas: Health, Energy, Environment, Industry, Fundamental metrology Standardization
Standardization EMPIR call
• 3 stage selection: • PRT • SRT • JRP
ROAD TO SUCCESS • Standardization body support • Industrial support • NMI - INDUSTRY consortium • Stakeholder • Collaborators
16 NRM02 SURFACE • 16 NRM 02 • SURFACE PAVEMENT SURFACE CHARACTERISATION
FOR SMART AND EFFICIENT ROAD LIGHTING
16 NRM02 SURFACE NEEDS • The reflection characteristics of the road surfaces play a
key role in the design of road lighting installations, when the average luminance is the target quantity standards specify to assure the required safety conditions of the road traffic.
• The average luminance requirement is generally adopted for motorized traffic, especially in Europe, where the greatest number of road lighting installations has been designed considering this requirement.
EN
132
01 -
3 16 NRM02 SURFACE NEEDS
CIE
TR
88
16NRM02 SURFACE NEEDS
16NRM02 SURFACE NEEDS
OSRAM©
16NRM02 SURFACE NEEDS
New aspects Spectral characterization
Mesopic conditions The spectral distribution of the light reflected by the road surface should be considered
CONSORTIUM - NMI
Italy France Finland
Switzerland Estonia Sweden
CONSORTIUM – INDUSTRIAL PARTNERS Funded Unfunded
France France Switzerland
Manufacturer of high level measuring and testing instruments
IT Company Simulation software for ligh and virtual reality
Centre d’études et d’expertise sur les risques, l’environnement, la mobilité et l’aménagement
Stakeholder
LOGO PIARC
16 NRM02 SURFACE IMPACTS
EU 202020 ACTION
5,5 106 km 40% road lighting
50 % of city energy
PAVEMENT SURFACE CHARACTERISATION FOR SMART AND EFFICIENT ROAD LIGHTING
70% OFF
16 NRM02 SURFACE IMPACTS
Smart lighting
Objectives
1. optimised measurement geometries for q (r) coefficient (WP3)
2. technical and metrological specifications for instruments (WP1)
3. pre-normative guidelines for measurement methods and procedures (mesopic conditions, obtrusive light, and light pollution) (WP3)
4. pre-normative guidelines for road characterisation (aging, wet conditions, spectral properties, adaptive lighting systems, luminous intensity distribution, uncertainty in tolerance) (WP3)
5. contribute to works of CEN TC169/WG12 and CIE TC4-50 (WP3, WP4)
Lux Europa – Ljubljana - Slovenia – September 18-20 2017 -19-
WP1 INSTRUMENTS • Analysis the technical and
metrological Instruments specification
• Measurement Intercomparison • Reference materials
development • Software for Uncertainty
analysis
WP2 APPLICATIONS • Analysis of different scenario
and applications in actual and upcoming road surfaces
• Uncertainty analysis vs normative Tolerances
• Spectral influences • Impact of new geometries
WP3 GUIDELINES – DATABASE
• Guidelines on instruments requirements
• Guidelines on measurement procedures
• Guidelines on additional aspect (mesopic aeging, wet surfaces, adaptive lighting system)
• Database of q data in current r-table
• Database of q in new r-tables
16N
RM
02 W
P ST
RU
CTU
RE
WP
4 D
ISS
EM
INAT
ION
WP1 Tasks Metrological traceability of
measurements Metrological specifications for
instruments luminance coefficient reduced luminance coefficient
Data Calibration procedure in labs on- site
Reference materials for intercomparison
Accredited laboratories (softwareCC)
WP1 INSTRUMENTS • Analysis the technical and
metrological Instruments specification
• Measurement Intercomparison
• Reference materials development
• Software for Uncertainty analysis
Metas leadership Peter Blattner
WP1 Details Reference materials Intercomparison Uncertainty software Technical specification for instruments
WP1 INSTRUMENTS • Analysis the technical and
metrological Instruments specification
• Measurement Intercomparison
• Reference materials development
• Software for Uncertainty analysis
Metas leadership Peter Blattner
WP1 Next Actions • Data collection on available instruments
• Laboratory • Portable
• Data collection on procedures Ref. Person:
Peter Blattner – METAS [email protected]
WP2 Tasks New type of pavements
Different materials New implementation techniques Wet/dry New/old surfaces
New measurement conditions Expand the actual tables as
requested in EN 13201-3 New angles for:
simplifying measurements on-site Pedestrian visibility models (STV) intrusive lighting and lighting
pollution LED luminaires
WP2 APPLICATIONS • Analysis of different scenario
and applications in actual and upcoming road surfaces
• Uncertainty analysis vs normative Tolerances
• Spectral influences • Impact of new geometries
Cerema leadership Valerie Muzet/Cyril Chain
WP2 Details Instruments prototype New geometries Instrument prototype Tolerances vs uncertainty WP2 APPLICATIONS
• Analysis of different scenario and applications in actual and upcoming road surfaces
• Uncertainty analysis vs normative Tolerances
• Spectral influences • Impact of new geometries
Cerema leadership Valerie Muzet/Cyril Chain
Smart lighting
< 10 ° - 12° luminance is proportional to 1° luminance
> 10 ° - 12° luminance is proportional to road surface illuminance
Road surface luminance versus viewing angle
Overdimensioning Importance of accurate data
Overdimension of installation
WP2 Next actions • Data collection of measured q data
• Increase the statistics • Increase the types of road surfaces included in future tables Ref. Person
Valerie Muzet - Cerema
WP3 Tasks • Put together results of
WP1 and WP2 producing: • guidelines • Database R-tables
WP3 GUIDELINES – DATABASE • Guidelines on instruments
requirements • Guidelines on measurement
procedures • Guidelines on additional aspect
(mesopic aeging, wet surfaces, adaptive lighting system)
• Database of q data in current r-table • Database of q in new r-tables
AALTO leadership Farshild Manoocheri
WP3 Details • Guidelines on instruments
requirements • Guidelines on
measurement procedure • Guidelines on additional
aspect (mesopic, ageing, wet, adaptive lighting system)
• Fill actual r-tables, provide new r-tables data
WP3 GUIDELINES – DATABASE • Guidelines on instruments
requirements • Guidelines on measurement
procedures • Guidelines on additional aspect
(mesopic aeging, wet surfaces, adaptive lighting system)
• Database of q data in current r-table • Database of q in new r-tables
AALTO leadership Farshild Manoocheri
WP4 Details 1. CEN TC169/WG12,
• EN 13201 revision and new edition
2. CIE • TC4-50: Road Surface Characterization for
Lighting Applications • TC 4-51: Optimizing of Road Lighting
3. National SDO 4. Brochure / national level 5. PIARC
WP
4 D
ISS
EM
INAT
ION
RISE leadership Fmikael Lindgren
WP4 Details This Workshop Next Consortium meeting Feb 2018 Bern @METAS 1st Stakeholder meeting in Berlin Div4 meeting (25 May 2018, to be confirm) Consortium meeting in Opis November 2018 Final Event @CEREMA June 2020 workshop on road surface, call for abstract
WP
4 D
ISS
EM
INAT
ION
RISE leadership Fmikael Lindgren
