智慧城市建设落地智慧路灯SmartLightingSystem.pptx
Smart Public Lighting Management System,2,Outline,What we Do?,System Introduction,Applications and cases,Conclusion,3,In global,4,Power consumption of the secondary industry5528 million kwh,The street light total electricity using,5%,Power consumption of the Third industry1068 million kwh,Power consumption of the Primary industry128 million kwh,Household accounted for 1169million kwh,2013 January to February，Unit：million kwh,Low efficiency of management,Huge waste of energy,High maintenance cost,The Problems of lighting management,The situation of city public lighting,LED public lighting application area,In China,5,Outline,Make street lights SMART to save the energyEnable customizable energy saving strategies Adjust the brightness of street lights according to different time-period and the presence of vehicles.Reduce the maintenance costs of street lights managementEnable automatic alarms for abnormal conditions,automatic recovery for soft errors,and remote inspection&control of street lights.,Objective,SPLMS system deployment diagram,7,Centralized Controller,Node Controller,SPLMS SYSTEM,Power Line Communication,3G Communication,Cloud Computing,Internet of Things,Mobile Internet,Which can realize the 5 remote managementRemote viewing;Remote controlling;Remote adjusting;Remote Communicating;Remote Testing,Technology,Technology,.,8,The Finalist in the Innovative Initiative Category of Smart City Expo World Congress held in Barcelona of 2012,2012 China Internet of Things key technical innovation award2012 Excellent product awardChinainternational high tech Fair2012 The Finalist in the wisdom ofDongguanAward2013 The Ministry of industry andwisdomCityInnovationAward,Global Reward,9,Outline,10,10,control equipment,Extension of the intelligent sensing equipment,Support SaaS,Terminal equipmentdata acquisition,Centralized Controller,Node Controller,camera,energy meter,PM2.5,Dimming,UPS,Temperature,monitoring center,The control strategy of timing taskVehicle induction control strategyLight induction control strategyExtension of the intelligent control,Support GIS,custom map,and position the street lamps.Support for remote viewingRemote control with mobile terminalRemote meter reading,Lamps and lanterns,control equipment,induction equipment managementThe energy meteringLighting rate statisticsEnergy statisticsThe lighting time statistics,Equipment management,data statistics,System Functions,Remote management,Intelligent control,Intelligent strategy,Active alarms,Lamp fault alarmCable damage alarmGate Magnetic switch alarmPower abnormal alarm,Operation Management,Meticulous management,11,General remote monitoring lamp operation,Overall Running Situation,Monitoring center,12,According to theregulation ofthe intelligent strategy,Intelligent strategy,The analysis of energy consumptionand monitoringstatistics,Remotelymonitor lighting condition in real time pollingcheckmonitoring(power,voltage,current)Collect datalighting informationresearchChecklighting rate statisticsAnalyze lighting energy consumptionRemotemeter reading,Data statistics,14,Finelightingequipment information management,Equipment management,15,Faultalarm remote management,Alarm typeLampfault alarmCablefaultalarmElectricityfaultalarmMagnetic switchalarmPower abnormalalarmBalanceowingalarm,Richalarminformation pushThrough messages and e-mail Send the word sheet to maintainer,Alarm system,System manage,Remoteoperation and maintenance management,The mobile terminal,maintainer,Jobdispatch,Real time alarminformation pushAlarm historyqueryIntelligentalarm setAutomatic faultsurveyThe warningorderdistribution.,Fault managements,Operation management,16,Situation and Problems,What we Do?,System Introduction,Outline,Landscape,Tunnel,Hihgway,Common Road,Squre,Wharf,17,Applications,Applications,Road,Landscape,Tunnel,Highway,Square,Wharf,19,TheChinese Academy of Sciences in Beijing,Park lighting,Cases in China,TheChinese Academy of Sciences in Beijing,Nansha DistrictYiHui Lu,Guangzhou,Cases in China,Nansha DistrictYiHui Lu,Guangzhou,TheChinese Academy of Sciences in Beijing,According toautomatically adjust thelightingbrightnesstraffic flow,to achieve energy-saving effect。,52%,Vehicle detectionstrategy,Timeadjustmentstrategy,Light control+timecontrolstrategy,Vehicle detection strategy,Scientific arrangement ofperiod oftime interval controlswitch lights,lighting and othertasks,to achieve on-demandlighting,the maximumenergy savings。,Timeadjustment strategy,Provide a variety ofon-demandlighting energy-savingstrategy,two energy-savingrate of more than 40%!,45%,40%,Timebrightness regulating mode,19:00-20:00 brightness 50%20:01-22:00 brightness100%22:01-24:00 brightness 75%00:01-06:00 brightness 30%,Vehicle detection strategy,Power set when no car 30%Power set when the car come 100%,Cases in China,22,Outline,Situation and Problems,What we Do?,System Introduction,Applications and cases,Geographical Information System integrated Mobile terminals supportedSaaS mode supported,Easy to Use,Both high pressure sodium light and LED light supported,Compatibility,24,Product certificationreport,Guangdongprovincialhigh-tech productcertification,Assessment centersoftwareGuangdongsoftware testing certification,The node controllerwaterproofcertification,The node controllertemperaturecertification,Central Controller/Node Controller certificate of conformity,The Guangzhou Municipal Science and technologyachievement appraisal,Other certification,
