ForReferenceofNECA2016BostonAttendeesOnly 1
October8,2016
LEDLighting:EnergyandBeyond
LEDLighting:EnergyandBeyond
JonZelinsky,P.E.andDanBlitzer,LC,FIESPhilipsLighting
Thissessioniseligiblefor2ContinuingEducationand 2ContactHours.
Forthesehourstoappearonyourcertificate,youmust: Haveyourbadgescannedatthedoor Attend90%ofthispresentation Fillouttheonlineevaluationforthissession
1
ForReferenceofNECA2016BostonAttendeesOnly 2
October8,2016
Lighting Drives Business Development
Lighting as a catalyst for developing new business Energy savings in terms of demand and
consumption Elevate your expertise with your customer Making yourself relevant and forward looking Manage risk for your customer and your
business
2
LightingDrivesInnovation
Smarteroffice,improveddecisionmaking,betterworkingenvironmentforyourcustomers
Drivebusinessmodelinnovationforyouandyourcustomers
3
ForReferenceofNECA2016BostonAttendeesOnly 3
October8,2016
Changing How Your Customers See You With Light
4
Overview
Introduction Whatlightingcosts Whatlightingdoes ...andcando
BenchmarkingLEDsystems Integratinglightingcontrols Whatlightingcandoforyou
5
ForReferenceofNECA2016BostonAttendeesOnly 4
October8,2016
6
Energy and BeyondEnergy and Beyond
WhatLightingCostsConstructionPerspective
7
Design
Material
Labor
Logistics
Modifications
Profit
ForReferenceofNECA2016BostonAttendeesOnly 5
October8,2016
8
Material
Labor
Energy
Disposal
WhatLightingCostsOperating Perspective
The Environmental Footprint
9
InstantFit LEDT8System
29W*105 LPW
50000 hrs RAL0.0 mg Hg
Best Practice Today
HighPerformanceT8System
38W*100 LPW
36000 hrs RAL1.7 mg Hg
Good Five Years Ago
TypicalElectronicT8System
51W*82 LPW
24000 hrs RAL6-8 mg Hg
Good Ten Years Ago
TypicalMagneticT12System
72W*65 LPW
25000 hrs RAL9 mg Hg
Twenty Years Ago
ForReferenceofNECA2016BostonAttendeesOnly 6
October8,2016
TheTotalCostofOwnership
10
Basedona2lampsystemoperating24/7for12yearselectricitycostof$.11perKWHplannedmaintenance
InstantFit LEDT8System
$596
HighPerformanceT8System
$662
OlderElectronicT8System
$848
TypicalMagneticT12System
$947
AnalyzingTCOO
11
ENERGY66%
MATERIAL19%
LABOR14%
DISPOSAL1%
TCOO MagT12
OldT8
HPT8
LEDT8
Material 3% 14% 19% 32%
Electricity 88% 69% 66% 56%
Labor 8% 16% 14% 11%
Disposal 1% 1% 1%
ForReferenceofNECA2016BostonAttendeesOnly 7
October8,2016
WhatLightingDoes
12
Productivity
Image
Wellbeing
Safety
LightingforVisualPerformance
13
Illumination
Comfort
Stimulation
ForReferenceofNECA2016BostonAttendeesOnly 8
October8,2016
LightingforEmotionalResponse
14
Image
AtmosphereSomethingNew
LightingforCircadianResponse
15
Alertness
Energy Sleep/Wake
Relaxation
HealthcareEducation
ForReferenceofNECA2016BostonAttendeesOnly 9
October8,2016
LightingforInformation
16
TheEdgeBuilding
AssetManagement
FullyConnected
GranularControl
UserExperience
TheOpportunityDomoreforyourcustomer,buildrelationships,distinguishyourself
17
LightingqualityMaximumenergysavings
Lightingbeyondillumination
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October8,2016
18
Benchmarking LED Systems
TheKeyIssues
19
Lightoutputandefficacy
ColorandconsistencyLifeandreliability
Control
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October8,2016
ChangingthePhotometryRules
20
LEDLuminaire
FLRLuminaire
AbsoluteforLEDMeasuresluminaireoutputMeasurespowerinputCalculatesefficacy(LPW)Efficiencyisnotused
RelativeforConventionalMeasureslampoutputMeasuresluminaireoutputCalculatesefficiency(%)Efficacy:sourceLPWxefficiency
IntegratingSphereGoniophotometer
LightOutputandEfficacy
21
LEDLuminaire
FLRLuminaire
Luminaireoutput:4200lumensInputpower:38watts
Luminaireefficacy:110LPWEquallightoutput32%lesspower
47%higherefficacy
Lamplumens:2800(2)BallastFactor:.88
FixtureEfficiency:85%Luminaireoutput:4188lumens
InputPower:56wattsLuminaireefficacy:75LPW
ForReferenceofNECA2016BostonAttendeesOnly 12
October8,2016
FLRSoftLight LEDSoftLightFLRParabolic
Lumen
s
Lumen
sLumen
s
3000
Lum
inaireLum
ens7
000
Louver
Basket
Diffu
ser
Diffu
ser
50LPW
Lum
inaireEfficacy120LPW
LightOutputandEfficacy
22
EfficacyinTypicalLEDLuminaires
23
LinearLowBay125150LPW
HighBay90130LPW
Site&Area100125LPW
Downlight80110LPW
Troffer110135LPW
Pendant100130LPW
ForReferenceofNECA2016BostonAttendeesOnly 13
October8,2016
ReplacingIncandescentLumens,notwatts!
24
800lumenALamps
60W 13W 13W12W10W9W
650lumenBR30Lamps
65W 16W13W10W9W
Savings85%
ReplacingHalogenLumensandIntensity,notwatts!
25
3200lumenPAR38FL 2100lumenMR16NFL
250W 32W 50W 7W
Savings86%
ForReferenceofNECA2016BostonAttendeesOnly 14
October8,2016
ReplacingFluorescentSavingsdependontheluminaire
26
3F32T8/741.88ISEB90SystemWatts
3LEDT8/840.88ISEB54SystemWatts
Savings40%
WhatisLife?
27
Rated Average Life
Criteria and methods
They are not all the same
ForReferenceofNECA2016BostonAttendeesOnly 15
October8,2016
FailureinConventionalLamps
28
Filamentevaporatesfromheatandbreaks
Startingemissionmaterialsputtersoffcathode
InsideanLED
29
Nofragileparts! Lumendepreciation
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October8,2016
FailurePointsinanLEDSystem
30
LED Array
Driver
Optics
Connections
PredictingLumenMaintenance
31
100 %
90 %
80 %
70 %
60 %
50 %1,000
6000 hrsMinimum test period
10,000 100,000
Reported TM 21L85 @ 60,000 Hrs
CalculatedL70 @ 105,000 hrs
Hours
Luminous Flux
Tj @ 63CTj @ 74C
Smoothed test points
Extrapolated curve
Chip data is correlatedto expected luminaire temperature
Data are illustrative only
Reported TM 21L70 @ 20,000 Hrs
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October8,2016
[email protected],000Hrs.
32
GeneralAreaRecessedandPendantLuminairesRecognizedbyNGL201415
.70.80
80.88
>.95
17%
24%
12%
.88.95
47%
33
Nonreplaceablecomponents Replaceablecomponents
Separatecomponents
ForReferenceofNECA2016BostonAttendeesOnly 18
October8,2016
DriverLife
34
Highqualityreplaceabledriversaretypicallyratedat50,000hours(withintemperaturelimits)
Lifedependsonthenumberanddurabilityofallofthesecomponentsandconnections!
Everythingvaries!
35
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October8,2016
EverythingVaries
36
StandardorNormaldistribution
Life(hours)
Quantity Averagevalue
MEDIAN
MEAN
RiskFactors
37
TemperatureOvervoltageoperation
FrequentStarting
ForReferenceofNECA2016BostonAttendeesOnly 20
October8,2016
LifeRatingsofSomeTypicalProducts
38
15000hrs
612000hrs
1216000hrs
2060000hrs
4050000hrs
1550000hrs
4080000hrsRatingsvary bytype
TheColorinWhiteLEDs
WhiteLEDsusephosphorconversion EnergyfromtheblueLEDpumpshiftsinwavelength Bluepump+convertedlight=white
39
CoolWhite4000K WarmWhite3000K
ForReferenceofNECA2016BostonAttendeesOnly 21
October8,2016
ColorTemperatureColorTemperatureexpressesthetoneofwhiteness,fromwarmtocool
40
CCT=30152200
6500
2700
3000
5000
Tight binning within 3 MacAdam Ellipses
ANSI Bins include 7 MacAdam
Ellipses
Advanced LED chip
ColorConsistency
41
ForReferenceofNECA2016BostonAttendeesOnly 22
October8,2016
CRIratesalightsourceon8colorsamplesagainstareferenceofthesameCCT.CRIof100(maximum)meansaperfectmatchwiththereferencesource.
Testsource3000KLED
ReferenceBBR3000K
ColorRenderingIndex
42
LEDvs.Incandescent
43
Tone... Yes
Color... Notexactly
Beam...Notexactly
Thatdepends...WhichLEDsApplicationObjectcolorsDimming
Dotheymatch? WillyoulikeLED?
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October8,2016
LEDvs.Fluorescent
44
Tone... Yes
Color...Notexactly
Beam...Notexactly
Thatdepends...WhichLEDsApplicationObjectcolorsDimming
Dotheymatch? WillyoulikeLED?
45
Integrating Controls
ForReferenceofNECA2016BostonAttendeesOnly 24
October8,2016
DriversforControls
46
Youhaveto:codesrequirecontrols
Itpaysto:controlsreduceenergycost
Youwantto:adjustlightingtoimproveHABI
BUILDING STANDARDS
TITLE 24
CodesandControls
47
90.11999
90.12001
90.12004
90.12007
90.12010
ExteriorSetback
ExteriorSetback
AutomaticDaylight
AutomaticDaylight
LightReduction
LightReduction
VacancySensor
VacancySensor
ExteriorPhotocell
ExteriorPhotocell
OccupancySensor
OccupancySensor
SpaceControl
Space Control
AutoShutOff
AutoShutOff
ForReferenceofNECA2016BostonAttendeesOnly 25
October8,2016
EnergyCodeAdoptionFromBuildingCodesAssistanceProject(112015)
48
90.12013(2)90.12010(16)90.12007(24)90.12004(13)Nocurrentcode(11)
ControlsandStandard90.1 AutomaticShutOff
Occupancy,TimeSchedule,orSignal Zones
ForReferenceofNECA2016BostonAttendeesOnly 26
October8,2016
Mood &Atmosphere TaskTuning EnergySavingMultiscenedimmingColor Tuning
VisualLightCommunicationTwoWayData
MultiscenedimmingIndividual dimming
OccupancybasedTimebasedMultilevelDaylightharvestingLumenmaintenanceLoadshedding
ObjectivesandStrategies
50
BeyondIllumination
ControlNarrative
51
ControlMethod Manual Automatic Overrides
Connectivity Standalone Independentnetwork Connectednetwork
MethodEffect
Manual Automatic
On/Off Switch Occupancy Sensor
Variable Dimmer Daylight Harvesting
ControlEffect On/Off Variable
ForReferenceofNECA2016BostonAttendeesOnly 27
October8,2016
DimmingLEDLamps
52
ACPoweristheDimmingSignaltothedriver
DCpowerforreducedoutput
toLEDs
Dimmer Driver LEDArray
60%
PulseWidthModulationcontrolsvoltagetotheLEDreducingoutput
40%
IncandescentorForwardPhasedimmer.Highinrushcurrentateachcycleaffectselectronics
ElectronicLowVoltage(ELV)orReversePhasedimmer.Lowinrushcurrentfavorselectronics
DimmingLEDLuminaires
53
ACPower DCpowerforreducedoutput
toLEDsDimmer
withon/offcontrol
Driver LEDArray
Controlsignal010VDALIDMX
60%
PulseWidthModulationcontrolsvoltagetotheLEDreducingoutput
40%
ForReferenceofNECA2016BostonAttendeesOnly 28
October8,2016
DimmingFluorescent
54
BallastreducesthearccurrenttoreduceUVemissionandlightoutput
Ballastmaintainsfilamentcurrenttopreventemitterdepletionandmaintainlamplife
ControlProtocols
55
Protocol TypicalApplication Strengths/Weaknesses
Phasecontrol Retrofitlampsandresidentialluminaires
+Convenience Compatibility/performance
Powerline Retrofitof switchedloads +Convenience Limitedoptions
010V StandardforLEDdriversWallboxorpanelsystems
+Familiarity, materialcost Installationcost,performance
DALI Basicdigitalforarchitecturalcontrol
+Easy toreconfigure,lesslabor Highermaterialcostthan010V
DMX Basicdigitalforentertainmentapplications
+Fast response,multiplechannels Notyetwidelyusedinarchitecture
ForReferenceofNECA2016BostonAttendeesOnly 29
October8,2016
StandAloneControlSimplepresencedetection
56
Load
SensorSwitch/Relay
WallboxSensor/PowerPack
Wireless
AutoONAutoOFF
Occupancy
ManualONAutoOFFVacancy PassiveInfrared(PIR)
UltrasonicMultipleTechnology
Daylightsensor
Multielement
lens
IRdetector
RelayICchip
Controlboard
PIRrequireslineofsightTheyaresmallandeconomical
Gateways
Manager
Apps
Dashboard
BMS
FullyNetworkedSystem
57
Cabinet LoadControllers
Networkinterface SensorsKeypads/Screen
Networkprotocol
LightingLoads
Controlprotocol
ForReferenceofNECA2016BostonAttendeesOnly 30
October8,2016
TheGapinControlApplications
58
PrivateOfficesStandalonecontrolsVacancywithPhotocell
ConferenceRoomsMultiscenesystemsZonesandinterfaces
OpenOfficesLargelyONallthetimetodayWhyissomuchspaceuncontrolled?
LIMITEDSAVINGSZonedsensorsleavealllightsonwhenalittlespaceisoccupied
COSTLYDesign,equipment,wiring,commissioningreducetheROI
DAYLIGHTDIFFICULTYDeliveringpromisedperformancehasbeendisappointing
DISCOMFORTFixturesensorspoponandoff;occupantsworkinapooloflight
TheChallengeinOpenOffices
59
ForReferenceofNECA2016BostonAttendeesOnly 31
October8,2016
Integrated,SmartControlSchematic
60
Controllerwithwirelessconnection
Smartcontrollerwithpreprogrammed,applicationspecificalgorithmicperformance
Individual,embeddedPIRpresencedetectorandphotosensor
Wirelessmeshcommunication
Dimmingdriver
AutomaticGranularDimming
61
Arrival:thegroupofluminairesturnsontobackgroundlevel
Worktime:asoccupantssettledownlightsdimuptotasklevel
Intermittentvacancy:asworkersmoveaway,theirlightsdimdown
Endofday:whenthegroupareaisentirelyemptylightsturnoff
ForReferenceofNECA2016BostonAttendeesOnly 32
October8,2016
CombinedEnergySavings75%isrealisticformanyapplications
62
LEDTechnology100+LPW
Reducespower4060%
WirelessControlsOccupancy+DaylightReducesenergy4060%
Combined75%energysavings
ExistingEnergyConsumption
TunableWhiteLightingThreeApproaches
63
IncandescentEmulation
SpecialLEDarraysdimintensityandwarmthecoloratthesametime,idealforhospitalityapplications.
Mainstream
ThissystemcontrolswarmandcoolLEDs
separately forindependentcontrolofcolorandintensity.
HighPerformance
Fourchannels(RGBW)andsophisticated
controlprovideprecisecolorpointsandspecialcoloredlighteffects.
ForReferenceofNECA2016BostonAttendeesOnly 33
October8,2016
TwoChannelTunableWhite
64
Separate controlofintensityandcolor
6500K
2700K
TunableWhiteLuminaires
65
LEDarraywithaddressablewarmandcoolemitters
LuminaireswitharraysusingbothwarmandcoolLEDs,dualdriversanddigitalcontrol
ForReferenceofNECA2016BostonAttendeesOnly 34
October8,2016
CircadianRhythmLightaffectsourphysiology...Independentlyofthevisualsystem
66
BiologicalclockSleep/wakeAlertnessImmunesystems
MelatoninandCortisol
67
Melatoninisabsent/lowduringdaytime,dimlightmelatoninonsetstarts~9pmandismeasuredinsalivaorblood,itsmajormetabolitecanbemeasuredinmorningurine.
Cortisolisthealertnesshormone,itrisesduringthedayandfallsatnight.
ForReferenceofNECA2016BostonAttendeesOnly 35
October8,2016
TunableWhiteinPracticeDosageandApplications
DosageParameters Howmuchlight Exposuretime Whenyoureceivethelightduringtheday Spectralcontentupoflight
Applications Sleepregulation Seniorliving Classrooms Conferenceareas
68
Enhancedcontrol Precisecolorpoints BBLtracking Dynamiccolor
FourChannelTunableWhite
69
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October8,2016
IncandescentEmulation
SpecialLEDwithwhiteandamberchips ClosertoincandescentthanstandardLED Colorandintensitydimtogether
70
2200
2300
2400
2500
2600
2700
2800
0%20%40%60%80%100%
WarmGlow Incandescent
ConnectedLightingSystemsDriversandbenefitsoftwowaycommunication
Workplaceflexibility Spatialoptimization Systemefficiency Sustainability
71
ForReferenceofNECA2016BostonAttendeesOnly 37
October8,2016
Adigitalceilinginfrastructureaspathwayforinformation
Everymobilephoneapersonalserviceportal,locationbased
Indoorpositioningforadvancedin
contextinformationandindoornavigation
Widerangeofsensorstolearnfromtheindoorenvironment
Imagine...
72
PersonalcontroloflightViasmartphonestosuituserstasksandpreferences,eveninopenplanoffices
WayfindingLightingsystemcanactasan indoorpositioninggrid,enablinguserstofindemptymeetingrooms
viaanappBuildingusagedataLightingfixturesprovideoccupancydatathatfacilitymanagercanusetoincrease energyefficacy
Firstfloor
SecondfloorGroundfloor
WhatConnectedLightingCanDo
73
ForReferenceofNECA2016BostonAttendeesOnly 38
October8,2016
Serverlighting
EnvisionManagerfrontendsoftware
Interfaces(APIs)
RouterGatewayPoEswitchLuminairewithsensor
Location
Commissioning
Ownedbythetenant/facilitymanagerOwnedbypropertyowner/developer
Personalcontrolapp(PCA)
AnalyticsandoptimizationFunctionalinfrastructure
BMSinterfaceDynalite
(Hybrid)
Wireless(2016)
Complementarysolutions
HowitAllConnects
74
PoE Downlight
EnvisionGateway
EnvisionManagerPCA
(personalcontrolapplication)
ActiLume LRI1663Sensor
PoE TrofferJACEbox(optional)
Router
POESwitch
SystemComponents
75
ForReferenceofNECA2016BostonAttendeesOnly 39
October8,2016
VisibleLightCommunication
Communicatesdatathroughthelightitself
Moreaccuratepositioningusinghighlygranularlightinggrid
Officeworkerscontrollightingandcomfortlevelsviaasmartphoneapp
76
VisibleLightCommunication
77
ForReferenceofNECA2016BostonAttendeesOnly 40
October8,2016
WhatLightingCanDoforYOUDomoreforyourcustomer,buildrelationships,distinguishyourself
78
LightingqualityMaximumenergysavings
Lightingbeyondillumination BusinessDevelopment
WhatLightingCanDoforYOUDomoreforyourcustomer,buildrelationships,distinguishyourself
79
Findtherightpartnerwiththeexpertisetoelevateyourbusinessthatelevatesyourvaluetoyourcustomer
ForReferenceofNECA2016BostonAttendeesOnly 41
October8,2016
RecapandQuestions
Introduction Whatlightingcosts Whatlightingdoes ...andcando BenchmarkingLEDsystems Integratinglightingcontrols Whatlightingcandoforyou Questions?
80
Thankyou
Dontforget
10:15 11:30am OpeningGeneralSessionwithDorisKearnsGoodwin
11:30am 5:00pm NECAShowHours
Visitusinbooth#1301