LED Lighting: Energy and Beyond LED Lighting: Energy and Beyond

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