基于PWM调光的智能多功能台灯设计外文翻译.docx

基于PWM调光的智能多功能台灯设计外文翻译.docx

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基于PWM调光的智能多功能台灯设计外文翻译

基于PWM调光的智能多功能台灯设计外文翻译

题目基于PWM的智能多功能台灯设计

姓名韦洋

专业自动化

学号201042004

指导教师曹卫锋

郑州科技学院电气工程学院

二?

一四年五月

外文翻译

Intelligentlightingcontrolsystem

Abstract:

Intelligentlightingcontrolsystemthemainaimistosaveenergy,smartlightingcontrolsystemwithavarietyof"pre-set"controlmodeandcontrolcomponents,atdifferenttimesondifferentdegreesofilluminationforaccurateset-upandrationalmanagementofenergy-saving.Thisautomaticadjustmentoftheilluminationmeans,takefulladvantageofthenaturaloutdoorlight,onlywhennecessarywhenthelamporlighttotherequiredbrightness,usetheleastenergytoensurethattherequiredilluminationlevel,energy-savingeffectisveryclear,usuallyrangingfrommorethan30%.

Keywords:

Intelligentlightingcontrolsystembus-typestar-shapedstructure1Theadvantagesoftheuseoftheintelligentlightingcontrolsystem

1.1Goodenergysavingeffect

Intelligentlightingcontrolsystemusingthemainpurposeistosaveenergy,smartlightingcontrolsystemwithavarietyof"pre-set"controlmodeandcontrolcomponents,atdifferenttimesondifferentdegreesofilluminationforaccurateset-upandrationalmanagementofenergy-saving.Thisautomaticadjustmentoftheilluminationmeans,takefulladvantageofthenaturaloutdoorlight,onlywhennecessarywhenthelamporlighttotherequiredbrightness,usetheleastenergytoensurethattherequiredilluminationlevel,energy-savingeffectisveryclear,usuallyrangingfrommorethan30%.Inaddition,theintelligentlightingcontrolsystemforfluorescentlampdimmingcontrol,etc.,duetotheuseofafluorescentactivetunablefilterelectronicballasttechnologyandreducetheharmoniccontent,toimprovethepowerfactorandreducethelow-voltagereactivepowerloss.

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1.2Toextendthelifespanoflightsource

Lightsourcecannotonlyextendthelifesavings,butalsosignificantlyreducetheworkloadoflampreplacement,reducingtheoperatingcostsoflightingsystems,managementandmaintenancebecomessimple.Boththethermalradiationsource,orgasdischargelightsource,voltagefluctuationsareamajorcauseoflightdamage.Therefore,theeffectivesuppressionofthefluctuationsinvoltagecanextendthelifeoflightsources.Intelligentlightingcontrolsystemcansuccessfullysuppressthesurgevoltagepowergrid,butalsohaveavoltagelimitandtheconjugatestreamfunctionsoffiltering,toavoidover-voltageandunder-voltagedamagetothelight.Theuseofsoft-startandsoftturn-offtechnology,toavoidtheimpactofcurrentdamagetothelight.Throughthismethod,thelightsourcetoextendthelifespanofusually2to4times.

1.3Toimprovetheworkingenvironmentimproveefficiency

Goodworkingenvironmentistoimprovetheefficiencyofanecessarycondition.Gooddesignandreasonablechoiceoflightsource,lampsandlighting

qualitycontrolsystems,canimprovethequalityoflighting.Intelligentlightingcontrolsystemdimmingcontrolpanelmoduletoreplacethetraditionallightingofthelevelswitchcontrolisaneffectivewaytocontroltheoverallroomilluminationvalue,therebyenhancingtheuniformityofillumination.Atthesametime,thiscontrolmethodusedinelectricalcomponentshavealsosolvedthestroboscopiceffect,willnotcreateuncomfortable,confused,feelingeyestrain.1.4Toachieveavarietyoflightingeffects

Awiderangeoflightingcontrol,thesamebuildingcanhaveavarietyofartisticeffect,foralotofconstructionhyperchromic.Modernbuildings,lightingisnotsimplytomeetpeopleonthevisualeffectoflightandshade,theyshouldhavecontrolofavarietyofprogramstomakebuildingsmorevivid,moreartistic,givingawealthofvisualeffectsandaesthetics.Asanexampleofaproject,buildingthe

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exhibitionhall,lecturehall,lobby,atrium,etc.,ifwithintelligentlightingcontrolsystem,accordingtodifferenttimes,differentuses,differenteffects,usingthecorrespondingpre-setscenecontrol,canachievethewealthofartisticeffect.1.5Facilitatethemanagementofmaintenance

Intelligentlightingcontrolsystemforthecontroloflightingbasedontheautomaticcontrolofmodular-based,supplementedbymanualcontrol,presetlightingscenestotheparametersstoredintheEPROMDigital,theseinformationisveryconvenienttosetupandreplaced,sothatbuildinglightingmanagementandmaintenanceeasier.

1.6Haveahigheconomicrateofreturn

OurreferencepointfortheShanghairegion,fromenergy-savinglightsandprovincialestimatesofthetwomadeacometothisconclusion:

withthreetofiveyears,theownercanrecoverthebasicintelligentlightingcontrolsystemtoincreasethetotalcosts.Intelligentlightingcontrolsystemcanimprovetheenvironmentandimproveemployeeproductivityandreducemaintenanceandmanagementcosts,butalsofortheownerstosaveasubstantialamountofcosts.

2Intelligentlightingcontrolsystemcomponents

Weknowthattheintelligentlightingcontrolsystemofbuildingcontrolsystemisonlyonepartofthe.Ifyouwanttofocusonthevariouscontrolsystemstothecontrolcentertocontrol,thenthecontrolsystemmusthavethestandardcommunicationinterfaceandprotocolversion.Althoughsuchasystemintegrationisfeasibleintheory,butitisverydifficulttoputintopractice.Thus,inengineering,intelligentmanagementofourbuildingadistributedsystem,distributed,thatisrelativelyindependentofeachcontrolsubsystem,self-contained,theimplementationofspecificcontrol,intelligentbuildingmanagementsystemcontrolsubsystemoftherelativeindependence,self-contained,theimplementationofspecificcontrol,intelligentbuildingmanagementsystemfromthecontrolsubsystemisasignal

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collectionandmonitoringrole.Atpresent,theintelligentlightingcontrolsysteminaccordancewithsub-networktopology,thefollowingtwoforms,namely,busandstar-shapedstructure-basedhybrid.Bothformshavethecharacteristicsofanumberofbusmoreflexibility,easyexpansion,controlofrelativeindependence,lowercosts;mixedsomehighreliability,faultdiagnosisandruleoutthesimple,easyaccesstotheagreement,transferratehigher.Engineeringdesign,weconsiderthebuildingofintelligentlightingcontrolsystemasanindependentsubsystem,useofinternationalstandardsandagreementsofthecommunicationinterfacetext,intotheintelligentbuildingmanagementsystems.Intelligentlightingcontrolsystemusesadistributed,distribution-basedapproach,thatis,thedimmingcontrolunitisrelativelyindependent,self-contained,non-interfering,throughcentralizedmanagementandinformationinterfaces,andintelligentbuildingmanagementsystemlinkedtotheachievementofthebuildingcontrolcentersubsystemofthecollectionandmonitoringofthesignal.Inshort,theintelligentlightingcontrolshouldbethemainsystemisacentralizedmanagement,andthemaintrunkandinformationinterfacecomponentsconsistingoftheregionalimplementationofthesamesampleofcontrolandsignalnetworks;itssubsystemsshouldbeadimmerbythevarioustypesofmodules,controlpanels,illuminationdetectordynamicandstaticanddynamiccomponentsconsistingofdetectors,respectively,oftheregionalimplementationofthespecificcontrolofdifferentnetworks,themainsystemandsubsystems,suchasbetweenthecomponentsthroughtheinterfacetoconnect,toachievedatatransmission.

3Intelligentlightingcontrolsystemandcontrolofthecontrolofthecontent

Aprojecttocontroltheuseofintelligentlightingcontrolsystemincludethefollowingcategories:

technologyofficehall,computercenterandotherimportantroom,lecturehall,suchasmulti-functionhall,exhibitionhall,conferencecenter,lobbyandcourtyard,walkwaysandelevators,suchastheOfficeofPublicsite;

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buildingfacadelightingingeneralandalsobytheintelligentlightingcontrolsystemstocontrolswitchsignal.ControlthecontentofthetermoftheInterpretation:

1clockcontrolClockmanagement,etc.throughtheelectricalcomponents,toachievethenormalworkofregionsforthestateoflightingindifferenttimecontrol.2theautomaticadjustmentcontrolilluminationThrougheachmoduleandilluminationdimmingdynamicelectricalcomponentssuchasdetectors,toachieveundernormalconditionsintheregionsforthenormalworkofthestateoftheautomaticlightingdimmingcontrol,makingtheregion,suchasilluminationwillnotbeoutsidewiththesunshinefactorschange,andalwaysmaintainthedefaultvalueintheilluminationaround.3controloftheregionalsceneThrougheachdimmermoduleandthecontrolpanelandotherelectricalcomponents,toachieveundernormalconditionsintheregionsforthenormalworkofthestateofthescenelightingcontrolswitch.4staticanddynamicdetectionofcontrolThrougheachdimmingmodulesandelectricalcomponents,suchasmovementdetectors,toachieveundernormalconditionsintheregionsforthenormalworkofthestateoftheautomaticlightingcontrolswitch.5ReductionstateofemergencycontrolThrougheachofthenormallightingcontrolmodule,suchasdimmingoftheelectricalcomponents,toachieveastateofemergencyforthenormalworkofthevariousdistrictsinthestateoflightingandtogiveupthenumberofrelief,suchasdimmingcontrol.6ManualremotecontrolThroughtheinfra-redremotecontrol,toachieveundernormalconditionsintheregionsforthenormalworkofthestateoflightingcontrolandmanualcontroloftheregionalscene.7EmergencylightingcontrolHeremainlyreferstothecontrolofintelligentlightingcont