WHY WE ARE ONE OF THE TECHNOLOGY LEADERS IN THE LIGHTING INDUSTRY ...
Transcript
1. WHY WE ARE ONE OF THE TECHNOLOGYLEADERS IN THE LIGHTING
INDUSTRY ...
2. NEW R&D LIGHTING INNOVATION CENTER Our company as one of
the few ones on the SUPPLY CHAIN MANAGEMENT market has created its
wn R&D department o LIGHTING QUALITY SHOWROOM OPTIC LABORATORY
The lighting innovation center has more than DESIGN OPTICS PRODUCT
MANAGEMENT 121 experts in research and development LIGHTING
SOLUTIONS MECHANICAL ENGINIERING PHOTOMETRY LABORATORY QUALITY
ELECTRONIC SOLUTIONS MANAGEMENT MECHANICAL ENGINIERING COMMERCIAL
DEPARTMENT HEAD OF R&D LABORATORY LABORATORYNANOTECHNOLOGY
CONCEPT OPTIC THERMAL ELECTRONIC MECHANICAL LIGHTING SUPPLY CHAIN
AND DESIGN DEPARTMENT DEPARTMENT DEPARTMENT DEPARTMENT SOLUTIONS
MANAGEMENT
3. NANOTECHNOLOGY We specialise on the synthetic optics
Utilisation of transmission planar optics for lighting Forming
nanostructures and mass production Utilisation of geopolymers in
lighting technique
4. CONCEPT AND DESIGN IDEA CONCEPT SYSTEM LEVEL DESIGN
5. OPTIC DEPARTMENT Unique optic designs based on reflector and
lens Technologies Optical laboratory + =
6. THERMAL DEPARTMENT Passive cooling Active cooling
Elektroaerodynamik cooling solutions Thermal test center (new
testing facility for Air handling luminiares)
7. ELECTRONIC SOLUTIONS DEPARTMENT Electronic design of
luminaires, system level solutions, measurements Electronic Design,
Electronic Laboratory, Optimization & Customization
8. MECHANICAL DEPARTMENT Mechanical engineering of new products
Customization to react fast and flexible on customer specific
demands and requests Optimizations on existing products
9. LIGHTING SOLUTIONS Lighting design Lighting specification
Lighting calculation Energy saving Wiring design Service
10. SUPPLY CHAIN MANAGEMENT Technical purchaser Electrical
purchaser CHA IN MANAG Y EM PPL STR EN SU UPPOR T AT EG T ST IC RAT
S ONS P ATI EG IC ER UL UR C M LC CH TO OO CA AS CUS PE ECT G D E V
EL ING RAT IN PROJ T OP ION SU PP O R SPEND M E NT & SUPPLY PRO
STRATEGY S TIO N ON MA PO TI UA IN U L NU S G SO AL E FF E C TI V E
FA EV UR C GY T AB O LOGISTICS I LIT OL PRODUCT THE BEST Y N T EC H
SERVICES INDIRECT MATERIALS DIRECT MATERIALS
11. NANOTECHNOLOGYWe specialise on the synthetic optics
12. UTILISATION OF TRANSMISSIONPLANAR OPTICS FOR
LIGHTINGForming nanostructures and mass production
13. TWO TYPES OF TRANSMISSION PLANAR OPTICS Surface optics
Povrchov optika Preset Wave-guided Hopup diode Waveguide with
surface structure for light dispersion from the side White
reflective of the white reflective foil foil or
paperNANOTECHNOLOGY
14. MICRO- AND NANO-EMBOSSEDOPTICAL ELEMENTSNANOTECHNOLOGY
15. BENEFITS OF PLANAR OPTICS Effective, mass production New
functional and design possibilities Low weight Possibility of thin
substratesNANOTECHNOLOGY
16. WAVEGUIDE FLAT OPTICSNANOTECHNOLOGY
17. COMMON METHODS FOR CREATINGDIFFUSE CENTRES Laser ablation
Sandblasting Engraving Etching etc.NANOTECHNOLOGY
18. HOW TO DO IT IN A DIFFERENT WAY? To create a surface nano-
and micro-relief with a mathematically defined
structureNANOTECHNOLOGY
19. HOMOGENEOUS DISTRIBUTION NON-HOMOGENEOUS DISTRIBUTION
according to the assigned distribution curveCOMBINATION WITH
GRAPHICAL LIGHT EFFECTS COMBINATION WITH GRAPHICAL LIGHT
EFFECTSNANOTECHNOLOGY
20. NANO-STRUCTURED WAVEGUIDE OPTICS Effective replacement of
current waveguides Possibility of new functions and
designsNANOTECHNOLOGY
21. REPLICATIONS OF MICRO- ANDNANO-STRUCTURES Manufacturing
effectiveness Roll to Roll press-working Planar press-working
Injection moulding DevelopmentNANOTECHNOLOGY
22. BENEFITS OF NANO-RELIEF OPTICS Very effective, mass
production High precision, stable production quality New light
effects, designs, shapes New opportunities and
applicationsNANOTECHNOLOGY
23. UTILISATION OF GEOPOLYMERSIN LIGHTING TECHNIQUE
24. GEOPOLYMERSGEOPOLYMERS VARIABLE COMPOSITION Result of
inorganic polymerisation Changeable density and weight Composition
of binder and filler Variable strength and resistance It can be
painted or e.g. natural stones can be imitatedGEOPOLYMER CASTING
THERMAL CONDUCTIVITY It copies the form perfectly Geopolymers
conduct heat very well Production in one step Any electronics can
be encapsulated in geopolymer It does not require further
adaptations (grinding, superfinishing)NANOTECHNOLOGY
25. GEOPOLYMERS IN LIGHTING They enable to cool LED One-step
manufacturing process by encapsulation They enable a variable
design Produced from extensively available materials Produced
ecologically, without high demands on energyNANOTECHNOLOGY
26. SERVICESLIGHTING SOLUTIONS
27. LIGHTING SERVICESLighting Solutions give the opportunity of
the highest benefits from illumination and maximum energy savings
to customers.Within the Lighting Solutions services we offer a
complete lighting project, which consists of three stages:project
DEVELOPMENT, INSTALLATION AND SERVICE. LIGHTING DESIGN LIGHTING
SPECIFICATION LIGHTING CALCULATION ENERGY SAVING WIRING DESIGN
SERVICE
28. LIGHTING DESIGN 2D vizualisations 3D models 3D
vizualisations GUI design
31. ENERGY SAVING Energy audit Energy permitions of
building
32. WIRING DESIGN Electrical project LMS project
33. SERVICE LMS Programming Lighting measerement Power
measurement Aiming luminaires Technical support
34. D-FAMILY
35. D-FAMILY by OMS ideal solutions sophisticated solution for
controlling simple solution for extensive lighting system RGB,
TunableWhite or scenes for small office/home office
36. dayWATCHRELIABLE WATCHER OF YOUR EXTENSIVE LIGHTING
SYSTEM
37. dayWATCH, A PRODUCT PACKAGE FROM OMSdayWATCH PROGRAMMING
PROGRAMMINGis a user application for controland management of the
lightingsystem. After our adjustmentthe system works
autonomouslybased on the preset dailyregime. It offers a
possibility SOFTWARE CONTROL UNIT SOFTWAREof a complete
adaptationof the lighting to the usersneeds; it brings high
comfortof control and considerablesavings of energy. CONTROL
UNITRELIABLE WATCHER OF YOUR EXTENSIVE LIGHTING SYSTEM
38. REPETITION OF TIMER ON DIAGRAMS DAILY BASIS THE CURRENTLY
OF TIMERS CALLED LIGHTING THE FOR THE GIVEN THE TIME IN SCENE IN
THE BUTTON OF THE CURRENT INDIVIDUAL ACTION IS WHICH THE GIVEN
GROUP LIGHTING VALUES GROUPS OF CARRIED TIMER IS TO BEAPPLICATION
SOFTWARE SCENE FOR THE OF THE LUMINAIRES OUT FOR ALL REALISED
CORRESPONDING LUMINOUS GROUPS LEVEL OF THE FLUXES FOR CONTROLLED
LUMINOUS INDIVIDUAL THE DATE IN WHICH THE GROUPS OF FLUX IN THE
GROUPS OF REAL TIME LIST OF TIMER IS TO BE REALISED IN LUMINAIRES
GIVEN GROUP LUMINAIRES AND DATE TIMERS A ONE-TIME WAY 15:13:29
11.10.2012 LIGHTING CONTROL Group Scheduler Actual Schedule level
diagram Repeat Group Action Time Date/Day GROUP1 AUT 100% 75% 50%
25% 10% OFF 7% PRESET1 once All 100% 19:20 11-10-12 INACTIVE BUTTON
ALL WEEK FOR CONTROLLING DAYS CHOSEN THE GIVEN GROUP GROUP2 AUT
100% 75% 50% 25% 10% OFF 100% PRESET2 day GROUP AUT 05:00 Every OF
LUMINAIRES IN START AUTOMATIC THE TIMER (SENSOR) MODE GROUP3 AUT
100% 75% 50% 25% 10% OFF 75% PRESET3 day GROUP 50% 17:30 We
DELETING THE TIMER GROUP4 AUT 100% 75% 50% 25% 10% OFF 75% PRESET4
once All 75% 13:16 19-10-12 THE ACTION WHICH IS TO BE CARRIED OUT
IN THE TIMER GROUP5 AUT 100% 75% 50% 25% 10% OFF 64% PRESET5 once
GROUP OFF 22:00 11-10-12 DEFINING THE SUNSET DESCRIPTIONS AND
SUNRISE OF INDIVIDUAL GROUPS OF GROUP6 AUT 100% 75% 50% 25% 10% OFF
52% PRESET6 astro GROUP 100% St Mo + 10min LUMINAIRES THE SLELECTED
DAYS DURING WHICH THE DAILY REPETITION WILL BE CARRIED OUT GROUP7
AUT 100% 75% 50% 25% 10% OFF 12% PRESET7 day GROUP 10% 15:45 Mo, Su
THE CURRENTLY SWITCHED ON GROUP8 AUT 100% 75% 50% 25% 10% OFF 98%
PRESET8 once GROUP AUT 08:30 28-10-12 AUTOMATIC (SENSOR) OPERATION
IN THE SOFTWARE SWITCHING ON THE TIMER GIVEN GROUP GROUP9 AUT 100%
75% 50% 25% 10% OFF 51% ADDING THE TIMER Off Schedules Classify Add
Schedule - X Service POWER CONSUMPTION 32,8 kW Summary Summary
Detection ONLINE SERVICE CONSUMPTION BUTTON OF THE LIGHTING SCENE
THE CURRENT HISTORY EXCEPTIONS CLASSIFICATION THE CURRENT MODE FOR
THE CORRESPONDING LEVEL CONSUMPTION OF TIMER OF THE STATE OF OF THE
LUMINOUS FLUX OF THE ADJUSTMENTS GRAPHICAL CONNECTING IN THE GIVEN
GROUP LIGHTING ONE-TIME VISUAL FOR TO THE SYSTEM ACTION SELECTED
THE TIMERS CONTROL OF THE TIMER GROUP OR UNITS FOR SEVERAL LIGHTING
AUTOMATIC GROUPS OF ASTRO-MANAGEMENT LUMINAIRES DETECTION OF BASED
ON THE FOR CALLING THE CURRENT THE CHOSEN STATE OF ALLRELIABLE
WATCHER OF YOUR EXTENSIVE LIGHTING SYSTEM SUNRISE AND SUNSET ACTION
TIMERS
39. APPLICATION SOFTWARE 15:13:29 11.10.2012 LIGHTING CONTROL
Group Scheduler Actual Schedule level diagram Repeat Group Action
Time Date/Day GROUP1 AUT 100% 75% 50% 25% 10% OFF 7% PRESET1 once
All 100% 19:20 11-10-12 GROUP2 AUT 100% 75% 50% 25% 10% OFF 100%
PRESET2 day GROUP AUT 05:00 Every GROUP3 AUT 100% 75% 50% 25% 10%
OFF 75% PRESET3 day GROUP 50% 17:30 We GROUP4 AUT 100% 75% 50% 25%
10% OFF 75% PRESET4 once All 75% 13:16 19-10-12SCHEDULER DIAGRAM
GROUP5 AUT 100% 75% 50% 25% 10% OFF 64% PRESET5 once GROUP OFF
22:00 11-10-12 SCHEDULER EXCEPTION GROUP6 AUT 100% 75% 50% 25% 10%
OFF 52% PRESET6 astro GROUP 100% St Mo + 10min GROUP7 AUT 100% 75%
50% 25% 10% OFF 12% PRESET7 day GROUP 10% 15:45 Mo, Su GROUP8 AUT
100% 75% 50% 25% 10% OFF 98% PRESET8 once GROUP AUT 08:30 28-10-12
GROUP9 AUT 100% 75% 50% 25% 10% OFF 51% Off Schedules Classify Add
Schedule - X Service POWER CONSUMPTION 32,8 kW Summary Summary
Detection ONLINE BASIC VIEW SCHEDULER SELECTIONRELIABLE WATCHER OF
YOUR EXTENSIVE LIGHTING SYSTEM
40. BASIC TYPOLOGY OF THE OPERATING SYSTEM COMPUTER CONTROL
UNIT LUMINAIRESRELIABLE WATCHER OF YOUR EXTENSIVE LIGHTING
SYSTEM
41. FEATURES- the possibility of lighting control based on
calling the lighting scenes and timers- depicting the actual
consumption of electricity- the graphical overviews of the energy
consumed for the given time period- the possibility of remote
access through internet- the diagnostics of the lighting system
functionality, as well as the functionality of the electronic
control gears with accurate identification of each DALI luminaire-
the communication with the management system through Ethernet- the
transparent graphical depiction of the time diagrams for of the
groups being controlled- the possibility to control through a fully
automatic (sensor) management system- the possibility of adjusting
the time events: one-time, regular or based on the astronomic
clock- the conditional control of the timers- the possibility of
electricity measurements from various distribution points- the
online depiction of the actually selected scene or regime and the
levels of dimming for individual groups of luminaires, depiction of
the actually called lighting scene or regime- the simple and
intuitive operation RELIABLE WATCHER OF YOUR EXTENSIVE LIGHTING
SYSTEM
42. APPLICATIONSfactories warehouses business centres shopping
centres street lighting multifunctional arenas sports halls hockey
halls RELIABLE WATCHER OF YOUR EXTENSIVE LIGHTING SYSTEM
43. NEW WAY OF DESIGNBY OMS
44. TENDENCIES DEFINING OUR NEW DIRECTIONIN DESIGN
45. CONCEPT OF THE NEW LINE OF LUMINAIRESORCA CIRCLE
MEANDERCOMPANY PRESENTATION
46. UPCOMING DESIGN CONCEPTS
47. UPCOMING DESIGN CONCEPTS Suspended Suspended proposal
Suspended one versiondetail Upper detail Suspended double version
Bottom detail
48. UPCOMING DESIGN CONCEPTS Shape/module variations Recessed
Semi-recessed a2 Semi-recessed a1 Shape/module variations Recessed
Vacuum formed covers Vacuum formed covers
49. LIGHTING QUALITY STANDARD Potential to become a global
measure of lighting quality Uses a unique rating system Judging
more than 20 objectively quantifiable criteria LQS Composer &
LQS index 6 Es
50. LIGHTING QUALITY STANDARD
51. LQS COMPOSER The smart support for lighting consultants,
technicians, ERGONOMICS Colour rendering index (CRI) planners or
even your sales team! Glare prevention Illumination level (task
area) Illumination level (surrounding of task area) Lighting
uniformity Testing the parameters and overall score of the space
Harmonious distribution of brightness EMOTION Vertical illumination
Ceiling illumination Biological factor of illumination Availability
of daylight Bluelight content (T > 6500K) Daylight simulation
Dynamic lighting Tunable white Accent lighting RGB colour mixing
Ambient lighting ECOLOGY Latest lamp technology System efficasy of
luminaire Thermal output of lamp Dangerous material content Product
life-time and maintenance costs EFFICIENCY Ambient lighting
EL-INDIRECT Presence detector show details of ceiling and VEGA PV -
LED enhance atmosphere of room. 3600lm/840 1x55W Constant
illuminance sensor Daylight sensor Calling of lighting scenes
Avaitability of daylight bringing natural conditions into Working
days interior by maximizing the use of daylight, thus minimizing
operating cost. Working hours / day: Working hours / night:
Combined motion and illuminance Power consumption [kWh/year]
Presence detector sensor Passive infrared sensor that reacts on
movements. It is switching Power consumption with LMS [kWh/year]
luminaries on to a preprogrammed level by occupancy of the room and
CO2 savings [kg/year] switching luminaires off by absence Controll
unit of persons. LENI [kWh/year.m] Constant illuminance sensor
Switch Reduce the use of artificial light in the early life
lighting system. Daylight sensor Sensor reduce the use of
artificial light in interiors when natural daylight is
available.
52. LQS COMPOSERI. Light scene selector ERGONOMICS Colour
rendering index (CRI) Glare prevention Illumination level (task
area) Illumination level (surrounding of task area) Lighting
uniformity Harmonious distribution of brightness EMOTION Vertical
illumination Ceiling illuminationII. Realistic render Biological
factor of illumination Availability of daylight Bluelight content
(T > 6500K) Daylight simulation Dynamic lighting Tunable white
Accent lighting RGB colour mixing Ambient lighting IV. LQS criteria
and LQS value ECOLOGY Latest lamp technology System efficasy of
luminaire Thermal output of lamp Dangerous material content Product
life-time and maintenance costs EFFICIENCY Ambient lighting
EL-INDIRECT Presence detector show details of ceiling and VEGA PV -
LEDIII.Interactive control enhance atmosphere of room. 3600lm/840
1x55W Constant illuminance sensor Daylight sensor Benefits
description Avaitability of daylight bringing natural conditions
into Calling of lighting scenes Working days Electric wiring scheme
interior by maximizing the use of daylight, thus minimizing
operating cost. Working hours / day: Working hours / night:
Selected components Combined motion and illuminance Power
consumption [kWh/year] Presence detector sensor Passive infrared
sensor that reacts on movements. It is switching Power consumption
with LMS [kWh/year] luminaries on to a preprogrammed level by
occupancy of the room and CO2 savings [kg/year] switching
luminaires off by absence Controll unit of persons. LENI
[kWh/year.m] Constant illuminance sensor Switch Reduce the use of
artificial light in V. Result panel the early life lighting system.
Daylight sensor Sensor reduce the use of artificial light in
interiors when natural daylight is available.
53. LQS COMPOSER PRO All qualitative parameters at one place
Company: Operator: Phone number: Email: OMS Michal Jancuska
421915844894 [email protected] Project name: Customer: Sales
manager: Date: TEST LQS COMPOSER PRO 02.03.2013 - - Objective
evaluation of the lighting system ERGONOMICS LIGHTING QUALITY
Colour rendering index CRI 80 STANDARD COMPOSER Glare prevention
UGR 17.3 from the qualitative point of view PROFESSIONAL
Illumination level (task area) Illumination level (surounding of
task area) Lighting uniformity yes yes yes Harmonious distribution
of brightness OFFICE AND COMMUNICATION Em(wall) 151 lux Applicable
for each manufacter of lighting fixtures U0 0.39 OPEN OFFICE
Em(celling) 66 lux U0 0.746 GROUND AREA [m2] EMOTION HEIGHT [m]
DIMENSIONS 80 2.7 LUMINAIRE 1 FREYN LED Prisma Vertical
illumination Em (vertical) / Em (workplace) 0.388 Energy evaluation
by LENI LAMP NO. LUMINAIRES LED, 1x44W 12 pcs Ceiling illumination
Biological factor of illumination Availability of daylight Em
(vertical) / Em (workplace) 0.177 Bluelight content (CCT >
6500K) Daylight simulation Dynamic lighting Tunable white
DIALux(printscreen) Accent lighting RGB colour mixing Ambient
lighting ECOLOGY Latest lamp technology 120 lm/W System efficacy of
luminaire 72.3 lm/W Thermal output of lamp 0 % of IR Dangerous
material content 0 mg Product life-time and maintenance costs 50000
hours EFFICIENCY Presence detector R3 Auto ON/Dimmed F0 = 1
Comments frequented movement of persons Constant illuminance sensor
Fc = 1 Testing text Daylight sensor R8 Photo cell dimming, medium
daylight penetration Fd = 0.4764 Calling of lighting scenes Working
days: Mon Tue Wed Thu Fri Sat Sun Working hours/day: 9 Working
hours/night: 1 Power consumption 1320 [kWh/year] Power consumption
with LMS 698 [kWh/year] CO2 saving 379 [kg/year] LENI 8.72
[kWh/year.m2] 47% 3.03
54. LQS COMPOSER PRO Interactive solution Upgrade of LQS
Composer For professionals