楼宇中灯光控制的节能方案EnergyEfficientLightingControlforBuildings2办公楼中实现节能面临的挑战TheEnergyEfficiencyChallengeinOfficeBuildings节能应用解决方案OurEnergyEfficiencyApplicationPortfolio具体设计,实施TheSpecificimplementation办公楼灯控的高效节能方案SchneiderUltraTerminalfunctionsatbuildingcontrol:consolidateyourEnergyEfficiencyatthebuildinglevel!主要内容WhatIwillshareduringthisseminar:3办公楼中实现节能面临的挑战TheEnergyEfficiencyChallengeinOfficeBuildings4最低的投入实现最大的物业收入Maximizingpropertyincomeatthelowestinitialandoperatingcosts在激烈的竞争中提供独树一帜的空间Offeringattractivespacewithdifferentiatingfeaturesinacompetitivemarket租用续约Tenantretention控制能耗帐单Controllingtheenergybill灯光控制、空调控制简单舒适Comfort–simpleendusecontroloflight,temperatureandair安全Security灵活方便Workshopandofficeflexibilitywithshortleadtimes业主需求BuildingOwnerConcerns使用者需求TenantConcerns办公楼中实现节能面临的挑战TheEnergyEfficiencyChallengeinOfficeBuildings5室内灯光通常是节能的最大潜力所在IndoorLightingisUsuallyThePrincipalElectricEnergySavingPotential2m2m热水Warmwater制冷Cooling供暖Heating传统建筑应用智能控制系统案例(德国办公楼)Example(GermanOfficeBuilding):灯光Lighting千瓦小时/平米kWh/m²a灯光节能60%60%Electricenergysavingsinlighting空调节能45%45%Electricenergysavingsinclimatetechnology供暖节能25%25%Electricsavingsinheating6节能应用解决方案OurEnergyEfficiencyApplicationPortfolio7●对于业主来说节约30%的能耗等于增加5%的运营收入和房产价值Forabuildingowner,reducingenergyuseby30%isequivalenttoincreasingnetoperatingincomeandbuildingassetvalueby5%●对于典型2万平方米的办公楼来说,节约30%的能耗等于每年节省20万RMB的运营成本Reducingenergyuseby30%lowersoperatingcostsby€20,000peryearforevery4,600squaremetersoftypicalofficespace最新数据Didyouknow?办公设备OfficeEquipment3%室外照明OutdoorLighting5%供暖Heating2%室内照明IndoorLighting41%通风Ventilation13%其它Miscellaneous18%空调Cooling18%8室内照明Indoorlighting人体感应器Presencedetectorsinintermittentlyusedspaces定时控制Scheduling恒照度控制Daylightharvesting(constantlightcontrol)现场面板控制Task/ambientlightingwithmanualcontrolbyend-users办公楼能耗分析OfficeBuildingEnergyUse高度节能Highsavings中度节能Goodsavings室外照明Outdoorlighting微光感应器Twilightswitchoutdoorlighting定时Scheduling根据太阳角度自动控制Followsunrise/sunset空调/通风Energyloads/HVAC室内温度控制Roomtemperatureregulation定时Scheduling通过百叶帘控制降低空调消耗ReducedHVACcooling/heatingloadthroughblindcontrol负载检测LoadShedding通风控制Ventilationondemand节能应用解决方案OurEnergyEfficiencyApplicationPortfolio办公设备OfficeEquipment3%室外照明OutdoorLighting5%供暖Heating2%室内照明IndoorLighting41%通风Ventilation13%其它Miscellaneous18%空调Cooling18%9节能应用解决方案:关键在于灯光控制OurEnergyEfficiencyApplicationPortfolio:FocusonLightingControl●现场面板控制-根据实时需要提供现场控制(开关、场景、调光)TaskLighting-providesuserswithmanualcontrol(switch,sceneordimmer)toadaptlightingtoimmediateneeds;i.e.thecurrenttaskandlocationinthebuilding●人体感应-应用于会议室、休息室、储藏间、公共通道与停车场,确保人走灯灭,人来灯亮Presencedetection-usedinconferencerooms,lounges,storageareas,hallways,parkingareasensureslightsareoffwhennooccupant节能Savings8%to20%节能Savings8%to25%10●定时控制-非工作时间适当关闭相应设备TimeScheduling-Anentirebuildingdoesnotneedtorunata100%comfortsettingifonlyafewoccupantsareinagivenarea!●实时灯光控制-根据自然光源强度适当调整灯光与遮阳系统,以最大化使用自然光源ConstantLightcontrol-optimizethelightlevel&shutter/blindspositiontotakemaximalbenefitoftheavailabilityofnaturallight,withoutcompromisingenergyefficiency节能Savings8%to18%节能应用解决方案:关键在于灯光控制OurEnergyEfficiencyApplicationPortfolio:FocusonLightingControl节能Savings20%to40%11节能比较定时管理Scheduling12智能照明能用来做什么●1、灯光●2、场景控制●3、AV设备●4、窗帘●5、足球场的浇水系统●6、排水系统●7、空调系统●8、开/关控制的任何电子设备13●中央控制●独立控制●多点控制●多种控制效果结合定时、场景、开关。。。。。。等等智能照明能达到什么目的●不同的场景满足不同的氛围的需要●提高建筑物视觉效果●控制方式的多样性●满足居住的人性化需求●安全的需要●节能14智能照明控制灯源分类●非调光●可调光●特殊调光15开关类控制(非调光)•低压钠灯LowPressureSodium(SOX)•高压钠灯HighPressureSodium(HPS,SON)•水銀灯/汞灯HighPressureMercury(MBF,HPL)•金卤灯MetalHalide(MBI,HPI)不同光源的控制分类16调光类型•白炽灯Incandescent•卤钨灯Halogen通常有三类:•220V可直接调光•低压12V可调光变压器•低压12V非调光变压器只能做开关控制不同光源的控制分类17不同光源的控制分类荧光灯类•荧光灯FluorescentTube•节能灯EnergySavingLamp•LED1、非调光方式开/关2、调光控制方式–0–10V模拟式–(DSI)数字串接口–DALI数字地址化灯光接口–220V调光模式18现代照明控制的新要求●开关控制●场景控制●时间控制●多点控制●调光控制●中央控制●自动控制,各种探测器红外、亮度、湿度、温度等等●与其他系统集成,楼控、安防、消防、会议等系统19智能照明系统组成•系统元件可分为:•Input输入单元(控制面板,现场感应器等)•Output输出单元(调光模块,开关模块等)•System系统单元(系统电源,网关模块)2020设计方法流程图确定控制范围和内容分析建筑功能设计任务开始了解业主需求和未来物业管理方式与电气专业探讨控制方案21获取控制区域的电气图统计图纸中的回路数量根据要求配置控制模块的类型根据前期沟通确定控制方式22统计完整的控制点表清单画出大楼智能照明系统图画出大楼智能照明控制点位管线图写出设计施工要点说明23各专业图纸会签设计任务完成施工图交底及施工配合24节能比较定时管理LoadingkWQuantityUsage/DaykWhTotalNormal3x28WT5843612368350WDownlight50361222FCU69291210FCU1220861215TimeScheduling3x28WT5843610306950WDownlight50361018FCU6High929108FCU12High20861012节能17%25节能比较人体探测PIRScheduling26节能比较人体探测LoadingQuantityUsage/DaykWhTotalNormal3x28WT5843612368350WDownlight50361222FCU69291210FCU1220861215OccupancyControl&HVACInterlocking3x28WT5(SC)84171014633x28WT5(PIR)841981350WDownlight(SC)5021101150WDownlight(PIR)501586FCU6Low64921FCU6High92987FCU12Low146622FCU12High2086810节能24%27节能比较自然光利用DayLightTheSpecificimplementation节能20%28节能比较全面控制管理LoadingQuantityUsage/DaykWhTotalNormal3x28WT5843612368350WDownlight50361222FCU69291210FCU1220861215DayLightSavingControl2x28WT5(DC)561142613x28WT5(DC)8411443x28WT5(PIR)848853x28WT5(SC)8417101450WDownlight(DC)2584150WDownlight(DC)5084250WDownlight(PIR)5078350WDownlight(SC)50211011FCU6Low64921FCU6High92987FCU12Low146622FCU12High2086810节能