CN201967184U - Intelligent green lighting management system - Google Patents
Intelligent green lighting management system Download PDFInfo
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- CN201967184U CN201967184U CN2010205819238U CN201020581923U CN201967184U CN 201967184 U CN201967184 U CN 201967184U CN 2010205819238 U CN2010205819238 U CN 2010205819238U CN 201020581923 U CN201020581923 U CN 201020581923U CN 201967184 U CN201967184 U CN 201967184U
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The utility model relates to an intelligent green lighting management system, which comprises a monitoring center, an intelligent monitoring terminal, an intelligent server and a single lamp energy-saving controller, wherein the monitoring center comprises an upper computer with intelligent management software and is used for realizing remote monitoring management on urban public lighting facilities (five remotes, namely remote detection, remote control, remote communication, remote vision and remote regulation), on-map operation and management of an electronic map for monitoring street lamps, visual presentation on a map and convenient positioning of facility resources related to the street lamps and functions of production management, warehouse management, artificial intelligence and the like; the intelligent monitoring terminal is used for realizing measurement and acquisition of electric parameters of the street lamps and control of illumination circuits and branch circuits, is connected with the intelligent server and is communicated with the upper computer through an operator public network (GPRS <General Packet Radio Service>, CDMA <Code Division Multiple Access>); the intelligent server is connected with the intelligent monitoring terminal, is communicated with the single lamp controller through a power line carrier mode with an automatic relay function and is used for transmitting a control command and receiving single lamp state data and alarm data; and the single lamp energy-saving controller is used for receiving the command of the intelligent server, realizing control on switching, power reduction, dimming and the like of a single lamp and acquiring the single lamp electric parameters, the state data, the alarm data and the like.
Description
Technical field
The utility model relates to a kind of illumination management system, specifically is a kind of green illumination intelligent management system.
Background technology
The city public illumination plays a part to become more and more important to promoting urban economy and social development, raising civic daily life quality, has become the indispensable element of building a Harmonious Society.Simultaneously, the city illumination growth of requirement has also strengthened need for electricity, and China's city illumination electricity consumption has accounted for 30% ratio in whole electric consumption on lighting.Become today of global problem at global warming, energy shortage, energy cost rising low-carbon environment-friendly, how both to have improved the public service level, target such as can reach energy-saving low-carbon again, reduce cost has become the key subjects that city public illumination management faces.
City public illumination management such as traditional street lamp adopt time controller to realize the bright lamp control of fairly simple light-off on daytime, evening by automatic time switch mostly, though can play certain control action and energy-saving effect, but operation is wasted time and energy, and is very inconvenient, and can't accomplish to throw light on as required; Especially, can not accomplish remote centralized control and management, can not effectively improve the efficiency of management, cut operating costs, can't realize green energy conservation and city lighting, the combination that beautifies.
A kind of emerging product that public illumination intelligent management system in city occurs in such background just, in recent years, many companies have proposed solution separately both at home and abroad.Its function and implementation have nothing in common with each other, from circuit controls, intelligent circuit controls to radio communication control modes such as radio station, Zigbee, but these modes control to illumination cabinet, energy-conservation cabinet/case mostly, perhaps lighting loop can not be controlled or owing to the reason of communication efficiency is undesirable to single lamp control effect single lamp; And the single lamp control mode that occurs in the world needs newly to lay a large amount of control links, constructional difficulties, and waste material increases construction and safeguards input.
Utility model patent " energy-saving intelligent lighting control system and method thereof " (grant number: ZL02137581.X), proposed by spread spectrum power carrier communication control lamp front controller, the power output by TPO mode control and management lighting source realize to any light source unlatching, close, merit falls in timesharing and running status detects control.
Utility model patent " digital addressable illumination control system and method " (application number: 200810120682.4), proposed a kind of DALI of improvement interface and realized the digital addressable lighting control of long-range and local controlled function from node with long-range and local controlled function.
Utility model patent " environment-friendly type intelligent road lamp is with electric current energy-saving control apparatus and method " (application number: 200610025458.8), proposed a kind ofly to fall lighting control equipment and the method that power ballast realizes falling Current Control by many taps.
Utility model patent " intelligent terminal controller " (application number: 200910224690.8), propose to realize lighting installation is carried out Long-distance Control by Zigbee home control network communication protocol and power carrier communication.
Utility model patent " Lighting Control Assembly " (application number: 200910215432), propose the method for street lamp being carried out remote monitoring by 3G/2.5G and the realization of Zigbee agreement.
Above-mentioned road lamp energy-saving controlling schemes and equipment generally adopt Zigbee home control network communication protocol and power line extension frequency carrier communication modes, realize the timing open and close of control street lamp and regularly fall power energy-saving, have following problems:
1. the effective communication distance of general power line carrier generally has only tens meters, and the highest have only hundreds of rice, and communication stability does not reach requirement, can't satisfy the communication requirement of street lighting control and monitoring information.
2.Zigbee agreement is difficult to support telecommunication, and is affected by environment big, poor stability.
3. wireless communication node is many, the operation cost height, and be subjected to the restriction of national radio control policy.
4. single lamp is carried out switch and fall power a plurality of switch cubicles need be set, electromagnetic mode is adopted in the stepping step-down, though can reach certain energy-saving effect, material consumption is big, has environmental problem simultaneously.
5.DALI standard agreement master-slave mode Long-distance Control operating distance is short, and is few from number of nodes, system's control capacity is little.
6. fixedly step-down mode power saving rate is low, has the problem of voltage instability simultaneously, has a strong impact on the useful life of lighting.
7. do not support that standard agreement or agreement are single, be unfavorable for the integration of different system and the standardization of city public illumination management.
8. controlled function is single, can not realize five distant requirements (remote measurement, remote control, remote signalling, remote viewing, remote regulating), can not finely satisfy the regulatory requirement of modern city public illumination.
The utility model content
In order to overcome the shortcoming that above-mentioned prior art exists, the purpose of this utility model is to provide a kind of green illumination intelligent management system, its good stability and energy-conservation, operating cost is low, makes that city public illumination management is more convenient, reliable.
For addressing the above problem, the utility model by the following technical solutions: this green illumination intelligent management system comprises: Surveillance center, be provided with host computer, send single lamp control command, receive single lamp parameters;
Intelligent monitoring terminal, comprise main control module and peripheral power module, wireless communication module, electrical quantity acquisition module, street lamp loop and branch road control module, meter-reading module, serial port module, keyboard scan module, LCD display module, system parameters preservation module, each peripheral module is connected with main control module respectively; Wherein, described power module is converted to alternating voltage behind the direct voltage and provides power supply for each module; Described electrical quantity acquisition module carries out the high-acruracy survey and the collection of public lighting circuit parameters of electric power; Described wireless communication module in order to carrying out telecommunication with the host computer that is arranged on described Surveillance center, receives the instruction of host computer, the data of being gathered to the host computer transmission; Described street lamp loop and branch road control module are carried out the control of street lamp loop and branch road; Described meter-reading module carries out reading of dynamometer instrument; Described keyboard scan module and LCD display module are set street lamp loop/branch road control mode, the data of checking system parameters and collection in order to by keyboard and LCD intelligent monitoring terminal is operated, debugged; Described system parameters is preserved module in order to preserve a large amount of system parameterss, operating scheme and image data, keeps data not lose after the power down;
Intelligent server comprises main control module and peripheral power module, Network Interface Module, serial port module, memory module, power line carrier module, power line coupling module; Each peripheral module is connected with main control module respectively, and the power line coupling module is connected with the power line carrier module; Wherein, described power module is each module for power supply after alternating voltage is converted to direct voltage; Described Network Interface Module provides standard RJ45 interface; Described serial port module is in order to be connected, to communicate by letter with the serial port module of intelligent monitoring terminal; Described memory module keeps data not lose in order to preserve a large amount of system parameterss, operating scheme and image data after the power down; Described power line coupling module is coupled to the carrier current signal on the power line and/or from power line and takes out carrier current signal or power frequency component;
Single-lamp controller comprises power module, electric parameter signal condition module, electric parameter detection module, control circuit Executive Module, control circuit driver module, power line coupling module, power line carrier module; Wherein, described power module is each module for power supply after alternating voltage is converted to direct voltage; Described electric parameter signal condition module and electric parameter detection module carry out signal condition, data transaction and the scale conversion of multichannel street lamp electric parameter; Described control circuit Executive Module and control circuit driver module are used for the power control of multichannel street lamp; Described power line coupling module is coupled to the carrier current signal on the power line and/or from power line and takes out carrier current signal or power frequency component; Communicate by power line carrier between the power line carrier module of described power line carrier module and described intelligent server.
As further technical scheme of the present utility model:
In this green illumination intelligent management system, the wireless communication module support of described intelligent monitoring terminal comprises the multiple kinds of GPRS, CDMA.
In this green illumination intelligent management system, the street lamp loop of described intelligent monitoring terminal and branch road control module comprise DO output module, DI input module; The DO output module is realized the switch lamp control in loop by the mode of relay control A.C. contactor, and as feedback end, drawing-in system is judged the state of A.C. contactor to the DI input module with Chang Kaiduan of A.C. contactor.
In this green illumination intelligent management system, the main control module of described intelligent monitoring terminal comprises 32 Industry Control level arm processors, RTC clock, memory cell, input-output unit and peripheral circuits; The RTC clock is as system clock; Memory cell adopts serial high-speed high capacity EEPROM, the multiple information that is used to store the electrical quantity that comprises system configuration parameter, illumination operating scheme and collection; Input-output unit is in order to debugging, setting and the operation of intelligent monitoring terminal.
In this green illumination intelligent management system, the main control module of affiliated intelligent server is made of MIPS32 high speed processor, real-time clock, memory cell, input-output unit and peripheral circuit; The MIPS32 high speed processor system carries out the high-speed computation of intelligent relaying algorithm, and the power line carrier communication of back end on the street lamp post is carried out intelligent relay networking and transmits control, selects to optimize the path and carries out dynamic routing.
In this green illumination intelligent management system, this system also comprises photosensitive device, is arranged on each street lamp place, and is connected with the host computer of Surveillance center, and the illumination intensity of being gathered is sent the foundation of single lamp control command as Surveillance center.
In this green illumination intelligent management system, this system also comprises the high power camera, and the video information of each street lamp operation actual effect of collection is sent to the host computer of Surveillance center.
The beneficial effects of the utility model are: technical solutions of the utility model adopt the combination of information technology and automated control technology, utilize technological means such as radio communication, data acquisition, computer media, and combining geographic information GIS technology, the city public lighting is carried out multiple scientific and effective control and management such as line traffic control, some control, some survey, realize " five is distant "
(remote measurement, remote control, remote signalling, remote viewing, remote regulating) monitored with energy savings and increased work efficiency; By with the seamless combination of mis system, set up the radio communication platform, resource management platform and the control and management platform that connect entire city lighting apparatus network, for control, command scheduling and the programmed decision-making of city public illumination provides powerful Practical Intelligent means, improve the modern management level of city public lighting greatly, improve city integral image, bring good social benefit.
The modularized design of the utility model hardware using, software adopts the configuration design, distributed deployment, has intelligent route relay function, routing plan is adjustable, can realize constructing communication network scheme flexibly, is not changing existing illuminating line, is not influencing under the prerequisite of lamp installation, construction safety, convenience, the cycle is short, cost is low.Wireless communication node quantity is few, reduces wireless communication resources and takies, and cuts operating costs.
Do not need independent wiring can realize the Based Intelligent Control of single lamp, can realize ON/OFF to single lamp, fall the Energy Saving Control of different modes such as power, light modulation, really realize illumination as required.Measure according to Theoretical Calculation and actual the use, whole process is fallen when power is turned on light operation and is economized on electricity more than 30%, and whole system is used, and the highest power saving rate can reach 60%.Single-lamp controller uses and falls power and technology for dimming and saving energy, when guaranteeing to realize lighting energy saving, prolong the useful life of light source, on average can prolong light fixture useful life more than 1.5 times, not only significantly reduce light fixture purchase commodity and replacement cost, also significantly save the light fixture maintenance cost.
System realizes the remote automation monitoring fully to on-the-spot ruuning situation, can real time remote detect running status voltage, electric current, consumed power, power factor, light fixture burn time duration of single lamp etc., simultaneously online single lamp failure is realized reporting to the police as building-out capacitor damage, light fixture inefficacy etc., polling period and content can be set voluntarily, the needs that the personnel that express, vehicle go out to patrol have greatly been reduced, in the expenditure of minimizing personnel significantly, reduce O﹠M cost in, also reduced emission from vehicles.
The utlity model has following advantage: construction is simple, and is easy to maintenance, reduces wireless communication resources and takies, centralized control, malfunction monitoring, long-distance metering, load balance, non-traffic peak period dimming energy-saving, supervisory control system, generalized information system and mis system seamless integrated, detailed report and instant signalling trouble, reduce O﹠M cost, improve road safety, energy savings, reduce CO2 emissions, the quick adjustment of special traffic slot and weather condition.
Description of drawings
Below in conjunction with drawings and Examples the utility model is described further:
Fig. 1 is an overall system pie graph of the present utility model;
Fig. 2 is the structured flowchart of intelligent monitoring terminal in the utility model;
Fig. 3 is the structured flowchart of intelligent server in the utility model;
Fig. 4 is the structured flowchart of single Lantern Festival energy controller in the utility model;
Fig. 5 is the schematic diagram of multistage deployment scheme;
Fig. 6 is for concentrating the schematic diagram of deployment scheme.
Embodiment
As shown in Figure 1, this system mainly comprises Surveillance center, intelligent monitoring terminal (RTU), intelligent server (SS), single-lamp controller.
The intelligent monitoring terminal of this green illumination intelligent management system is connected by communication with the host computer of Surveillance center, and connects an intelligent server, works under the management of the intelligent management system that described host computer is installed, and controls some controlling object; Controlling object comprises all kinds of lighting apparatus and power circuit.In addition, this intelligent monitoring terminal also can work alone, according to the various street lamp controlling schemes that the various controlling schemes of preserving or user work out voluntarily, under the control of main control module and embedded OS and each module and task, finish street lamp control and data acquisition.
As shown in Figure 2, this intelligent monitoring terminal comprises main control module and peripheral power module, wireless communication module, electrical quantity acquisition module, street lamp loop and branch road control module, meter-reading module, serial port module, keyboard scan module, LCD display module, system parameters preservation module, and each peripheral module is connected with main control module respectively.
Wherein, described electrical quantity acquisition module carries out the high-acruracy survey and the collection of public lighting circuit parameters of electric power; Described wireless communication module in order to carry out telecommunication with host computer, receives the instruction of host computer, and to the data that the host computer transmission is gathered, wireless communication module possesses the various wireless communication mode, comprises 2.5G (GPRS), 3G (CDMA); Described street lamp loop and branch road control module are carried out the control of street lamp loop and branch road; Described meter-reading module carries out reading of dynamometer instrument; Described serial port module is in order to be connected communication with other equipment such as intelligent servers; Described keyboard scan module and LCD display module are set street lamp loop/branch road control mode, the data of checking system parameters and collection in order to by keyboard and LCD monitor terminal is operated, debugged; Described system parameters is preserved module in order to preserve a large amount of system parameterss, operating scheme and image data, keeps data not lose after the power down; Described power module is converted to direct voltage with alternating voltage, for each module provides power supply, is the external connection battery charging simultaneously.
Introduce the main composition module of control of intelligent terminal below respectively:
(1) main control module is made of central processing unit, real-time clock, memory cell, input and output and peripheral circuit.Central processing unit adopts 32 to be technical grade ARM chip, and interior band RTC real-time clock is as system clock reference; Memory cell adopts high speed serialization EEPROM, the information such as electrical quantity of storage system configuration parameter, illumination operating scheme and collection; The input and output peripheral circuit adopts light-coupled isolation, reduces the interference of external equipment to CPU.
(2) wireless communication module adopts the wireless communication interface that stability is high, performance is good, supports wireless communication protocols such as GPRS/CDMA; This module is powered separately, prevents that data transmit-receive moment from causing power-supply fluctuation, influences the operate as normal of central processing unit.
(3) the electrical quantity acquisition module adopts the high accuracy electric energy computation chip, realizes high-accuracy data acquisition; This module adopts high-speed serial bus to communicate by letter with central processing unit, improves data acquisition and processing (DAP) speed.
(4) street lamp loop and branch road control module comprise DO output module, DI input module; The DO output module is realized the switch lamp control in loop by the mode of relay control A.C. contactor, and as feedback end, drawing-in system is judged the state of A.C. contactor to the DI input module with Chang Kaiduan of A.C. contactor.This module provides the output of 6 way switch amounts, realizes the control of No. 6 A.C. contactors; The input of 6 way switch amounts is provided, realizes that road A.C. contactor adhesive, off-state detect; The input of 2 way switch amounts is provided in addition, carries out case and become the detection of device door switch.
(5) meter-reading module, this module adopts GB 645 stipulations, gathers ammeter data in real time.
(6) serial port module, this module adopts standard serial interface, in the utility model system, communicates by letter with intelligent server, sends single lamp control command, gathers single lamp parameters.
The intelligent server of this green illumination intelligent management system is connected with intelligent monitoring terminal by self serial line interface, is connected with a plurality of single-lamp controllers by the illuminating power circuit.The instruction that the Surveillance center that intelligent server reception intelligent monitoring terminal transmits sends, and send to single-lamp controller, control some single-lamp controller work.Intelligent server receives the data of single-lamp controller, returns to Surveillance center by intelligent monitoring terminal, finishes the collection of single each parameter of lamp.
As shown in Figure 3, intelligent server comprises main control module and peripheral power module, Network Interface Module, serial port module, memory module, power line carrier module, power line coupling module; Each peripheral module is connected with main control module, and the power line coupling module is connected with the power line carrier module.
Wherein, described power module is converted to direct voltage with alternating voltage, is each module for power supply; Described Network Interface Module provides standard RJ45 interface; Described serial port module is in order to be connected, to communicate by letter with intelligent monitoring terminal; Described memory module keeps data not lose in order to preserve a large amount of system parameterss, operating scheme and image data after the power down; Described power line carrier and power line coupling module are in order to can communicate by the power for illumination line of force by controller with single Lantern Festival.
Introduce the main composition module of intelligent server below respectively:
(1) main control module is made of central processing unit, real-time clock, memory cell, input and output and peripheral circuit.Central processing unit adopts the MIPS32 high speed processor, carry out the high-speed computation of intelligent relaying algorithm, power line communication to back end on the street lamp post carries out intelligent relaying forwarding control, select to optimize the path and carry out dynamic routing, effectively handle that the street lighting cable exists that electric leakage, impedance are changeable, the street lamp building-out capacitor is to problems such as high-frequency signal decay, optimize the electric line carrier communication effect, the power line communication of having avoided causing because of decay is apart from short and communication problem of unstable, the distance that prolongs electric line carrier communication greatly.
(2) serial port module, this module adopts standard serial interface, in the utility model system, is connected, communicates by letter with intelligent monitoring terminal, receives single lamp control command, returns single lamp parameters.
(3) memory module adopts DRAM and Flash RAM, and program's memory space is provided, every electrical quantity and street lamp data that saved system configuration data, illumination controlling schemes and single Lantern Festival energy controller are gathered.
(4) power line coupling module, this module keeps lower signal attenuation passage between power line carrier signal processing module and low-voltage power wire system, make high-frequency carrier signal under undistorted zero-decrement situation, be coupled to substantially in the low-impedance low-voltage power wire system, also make simultaneously signal in the high frequency carrier bandwidth in the low-voltage power wire system be coupled to undampedly and be used for extracting communication data in the low voltage power line carrier signal processing module.
(5) power line carrier module, the physical environment that this module becomes at the strong noise of low-voltage power wire system, high decay, when high, utilize electronic technology such as the two carrier frequencies in arrowband, output amplifier, in conjunction with the noise suppressed of forward error correction and the digital signal processing algorithm of distortion correction, make the power carrier transceiver can correct the multiple interference in the low-voltage power wire system, comprising disturbing factors such as impulsive noise, continuant audio-frequency noise, phase distortions, in the dynamic range of broadness, keep high reception sensitivity, prolong the distance of power line carrier communication greatly.
The single-lamp controller of this green illumination intelligent management system is connected with intelligent server by the illuminating power circuit, connects and control the street lamp of a lamp stand; Communicate by letter with intelligent server by power line carrier, receive the control command that Surveillance center issues, single lamp is carried out controls such as switch, downrating; Measure, gather single lamp relevant parameter and pass to intelligent server, include but not limited to data and information such as voltage, electric current, power factor, light fixture burn time duration, electric leakage.
As shown in Figure 4, single Lantern Festival can comprise power module, electric parameter signal condition module, electric parameter detection module, control circuit Executive Module, control circuit driver module, power line coupling module, power line carrier module by controller, and each module annexation as shown in Figure 4.Wherein, described power module is converted to direct voltage with alternating voltage, is each module for power supply; Described electric parameter signal condition and detection module carry out signal condition, data transaction and the scale conversion of multichannel street lamp electric parameter; Described control circuit Executive Module and control circuit driver module are responsible for the power control of multichannel street lamp; Described power line coupling module keeps lower signal attenuation passage between power line carrier module and low-voltage power wire system; Communicate by power line carrier between described power line carrier module and the intelligent server.
The main composition module of the single Lantern Festival energy of following mask body introduction controller:
(1) electric parameter signal condition module and electric parameter detection module, be responsible for signal condition, data transaction and the scale conversion of multichannel street lamp electric parameter, by adopting special-purpose computation chip as coprocessor, reduce the amount of calculation of power line carrier module, make the power line carrier module can be absorbed in the processing of dynamic routing relay networking and digital signal processing algorithm, improve the data-handling capacity of controller greatly.
(2) control circuit Executive Module and control circuit driver module are responsible for the power control of multichannel street lamp, by in conjunction with multiple contact protection function, can satisfy the power control ability under the load characteristic situation of change.
(3) power line coupling module, this module keeps lower signal attenuation passage between power line carrier signal processing module and low-voltage power wire system, make high-frequency carrier signal under undistorted zero-decrement situation, be coupled to substantially in the low-impedance low-voltage power wire system, also make simultaneously signal in the high frequency carrier bandwidth in the low-voltage power wire system be coupled to undampedly and be used for extracting communication data in the low voltage power line carrier signal processing module.
(4) power line carrier module, the physical environment that this module becomes at the strong noise of low-voltage power wire system, high decay, when high, utilize electronic technology such as the two carrier frequencies in arrowband, output amplifier, in conjunction with the noise suppressed of forward error correction and the digital signal processing algorithm of distortion correction, make the power carrier transceiver can correct the multiple interference in the low-voltage power wire system, comprising disturbing factors such as impulsive noise, continuant audio-frequency noise, phase distortions, in the dynamic range of broadness, keep high reception sensitivity, prolong the distance of power line carrier communication greatly.
The intelligent management system software scenario of Surveillance center:
This management system software is made of client-end subsystem, application service subsystem and communication service subsystem three parts, and carries out data communication and data sharing between support and other existing external systems.
Described client-end subsystem is by installing client software at local computer, finishing need be highly visual, real-time requires high, the demanding client functionality of data input speed, comprises monitoring of tools, plan target management, patrols surveys, manual, automatic switch lamp etc.
Described client-end subsystem interface utilizes C# shape library and ARCGIS shape library explicit user interface, relies on WCF and sends service request, user data, notification message to application server; Receive data, notification message from server.Client-end subsystem is communicated by letter with the WCF service end by http protocol, and service subsystem is handled the service request of client, and accepts the response that the service broker beams back, and resolves to data entity and sends back to the client end interface demonstration; The subscription that client end interface is submitted to/request of cancelling subscriptions sends to the WCF service broker by http protocol, subscribes to processing by service subsystem, and the subscription result data of reception server issue is sent back to the client end interface demonstration.
Described client-end subsystem comprises modules such as authentification of user, switch lamp time scheduling, monitoring of tools, device parameter management, equipment control, system management, basic information management, main interface.The menu at main interface dynamically produces according to the subscriber authorisation in the database, does not rely on concrete system, has reusability.
Described application service subsystem is made of client and service end; Client is responsible for the service request that client is submitted to is sent to service end, handles request by service subsystem, and accepts the response that service end is beamed back, and resolve to data entity and send back to the application service subsystem.Service end is responsible for receiving the service request that sends from client, calls the service processing request of service subsystem and beams back the data of result or issue client terminal subscription to client.
Described application service subsystem comprises following type of service: the data dictionary service, user's service, role's service, the log management service, timing services, the system parameters service, data backup/recovery service, department's service, personnel's service, the work area service, the RTU packet service, single lamp packet service, key unit's service, the sun set/raise time service, the alarm model service, the service of alarm prediction scheme, the apparatus assembly service, the equipment control service, the monitoring of tools service, annual switch lamp intended services, prediction scheme planning management service, task management service during the school, patrol the task management service of surveying.All kinds of services further comprise concrete integrated management application service.
Described communication service subsystem comprises intercommunication module and external device communication module, and the intercommunication module is responsible for and the application service subsystem communication, finishes data interaction; External communication module is responsible for the telecommunication with intelligent monitoring terminal, finishes the transmission of system monitoring instruction and the collection of management equipment parameter, illuminating line and device parameter.
Described communication service subsystem is supported various communications protocols, comprises first generation rtu protocol, second generation rtu protocol, MODBUS agreement, OPC agreement, soap protocol etc.
Accurately calculate sun set/raise time when described system carries out the total system school by GPS and according to the longitude and latitude data.By city longitude and latitude data and the Greenwich clock of GPS equipment reception from satellite, system calculates the Greenwich Mean Time of the confused shadow of morning twilight of sunrise sunset in a year in view of the above, automatically generate the annual sun set/raise time table in this city, form annual switch lamp timetable, and when all remote terminals carry out the school in the system, guarantee the accuracy and the synchronism of system switching lamp.
Described intelligent management system software may further include the interface with a plurality of external systems, comprises municipal administration's system interface, urban flood defence flood control management system interface, municipal underground pipe network management system interface, city emergency commading management system interface, city land and resources administration system interface.
For adapting to different application scenarios and regulatory requirement, the multiple deployment mode of support of the utility model green illumination intelligent management system comprises:
(1) single-stage is disposed (overall formation):
Figure 1 shows that a complete SCADA system, comprise management system software, intelligent monitoring terminal, intelligent server, single-lamp controller and controlling object; Other corollary equipments comprise photosensitive device, GPS equipment, video capture device, display device (monitoring large-screen), the network equipment; Controlling object comprises all kinds of city public illumination equipment and relevant power equipment.
Surveillance center comprises network and server environment, is used for disposing described management system software, sets up database, and being connected of corollary equipment and SCADA system is provided.Intelligent monitoring terminal inserts Surveillance center's network by wireless mode, is connected with an intelligent server simultaneously, passes through serial communication.Intelligent server connects a plurality of single-lamp controllers by lighting power supply line, communicates by letter with single-lamp controller by power line carrier.Single-lamp controller is connected the supply line of light fixture, finishes various detections, control requirement according to the instruction of Surveillance center's host computer (being the server that management system software is disposed).Single-lamp controller can realize that single-point controls more, the single control of a plurality of difference in functionality light fixtures of lamp stand, all control and part control.
This system is provided with photosensitive device, with according to different weather conditions, the city public illumination is managed more accurately and is controlled.In the key area or the highway section, further be provided with the high power camera, can't be with the parameter monitoring content that shows directly perceived to react each terminal operating actual effect etc.
(2) multistage deployment:
Figure 5 shows that intelligent management system of the present utility model supports multistage deployment scheme, comprise an one-level Surveillance center and a plurality of secondary Surveillance center, one-level Surveillance center is connected by special line or public network with secondary Surveillance center, each Surveillance center disposes the deployment that sees also Surveillance center shown in Figure 1, and is identical in the annexation of each Surveillance center and intelligent monitoring terminal, intelligent server, single-lamp controller and the single-stage deployment scheme shown in Figure 1.One-level Surveillance center manages a plurality of secondary Surveillance center by special line, to monitor the ruuning situation of following each Surveillance center in real time, carries out unified monitoring and scheduling, simultaneously monitoring management is carried out in the key area.Secondary Surveillance center (A of secondary Surveillance center, the B of secondary Surveillance center ... the N of secondary Surveillance center) subregion (regional A, area B ..., regional N) dispose, realize the public illumination monitoring management of wider and even entire city.
Along with the continuous expansion of city size, the scale of city public illumination is also increasing, and single-stage is disposed operational mode adaption demand well, at this moment, can adopt multistage deployment operational mode; Also can carry out centralized monitor, unified management is increased work efficiency, and realizes the centralized displaying and the management of multilevel monitor, realizes the entire city public lighting is unified the management objectives of dispatch control.
(3) concentrate deployment (third party IDC machine room):
Figure 6 shows that intelligent management system of the present utility model is deployed in the concentrated deployment scheme of third party IDC machine room.Intelligent monitoring terminal is connected with an intelligent server by the wireless mode access network simultaneously, passes through serial communication.Intelligent server connects a plurality of single-lamp controllers by lighting power supply line, communicates by letter with single-lamp controller by power line carrier.Single-lamp controller is connected the supply line of light fixture, finishes various detections, control requirement according to the instruction of intelligent management system.
Surveillance center is connected with the IDC machine room by public network, realizes monitoring, controlling requirement; Photosensitive control appliance and video monitoring equipment are deployed in Surveillance center.
For some scales less city or the very strong and small centralized lighting facility of independence, do not possess single-stage and dispose the necessity of operation, can unify to adopt to concentrate and dispose operating scheme, when saving cost, realize centralized monitor and intelligent management lighting installation.
In sum, the utility model adopts computer technology, multimedia technology, wireless communication technology, PLC technology and up-to-date software engineering, realizes intelligent management is carried out in the city public illumination.The software design configurationization, the hardware designs modularization, the power line carrier coverage reaches 1.5km, take into full account the simple and easy, convenient of Software deployment and hardware installation, under the prerequisite that does not influence existing lighting power supply line and lamp installation, short construction period, safe, construction cost is low, can realize multi-mode, multi-scheme switch lamp, fall control and administrations of energy conservation such as power, light modulation.System can monitor, gather the various parameters of illuminating power equipment, circuit, lighting automatically, can gather the operating state and the parameter of each long-range operational outfit, producing corresponding warning information also reports automatically, the real five remote control systems (remote measurement, remote control, remote signalling, remote viewing, remote regulating) that realize the city public illumination reach the good energy-conservation emission reduction effect simultaneously.The utility model supports that the single lamp in highway section divides into groups arbitrarily to control, a plurality of single lamps of same lamp stand divide into groups control arbitrarily, support single-stage deployment, multistage deployment and concentrate the plurality of operating modes of disposing, there is best adaptability in the city of different scales and the intelligent management of different purposes public lightings.
Claims (7)
1. the green illumination intelligent management system is characterized in that, this system comprises:
Surveillance center is provided with host computer, sends single lamp control command, receives single lamp parameters;
Intelligent monitoring terminal, comprise main control module and peripheral power module, wireless communication module, electrical quantity acquisition module, street lamp loop and branch road control module, meter-reading module, serial port module, keyboard scan module, LCD display module, system parameters preservation module, each peripheral module is connected with main control module respectively; Wherein, described power module is converted to alternating voltage behind the direct voltage and provides power supply for each module; Described electrical quantity acquisition module carries out the high-acruracy survey and the collection of public lighting circuit parameters of electric power; Described wireless communication module in order to carrying out telecommunication with the host computer that is arranged on described Surveillance center, receives the instruction of host computer, the data of being gathered to the host computer transmission; Described street lamp loop and branch road control module are carried out the control of street lamp loop and branch road; Described meter-reading module carries out reading of dynamometer instrument; Described keyboard scan module and LCD display module are set street lamp loop/branch road control mode, the data of checking system parameters and collection in order to by keyboard and LCD intelligent monitoring terminal is operated, debugged; Described system parameters is preserved module in order to preserve a large amount of system parameterss, operating scheme and image data, keeps data not lose after the power down;
Intelligent server comprises main control module and peripheral power module, Network Interface Module, serial port module, memory module, power line carrier module, power line coupling module; Each peripheral module is connected with main control module respectively, and the power line coupling module is connected with the power line carrier module; Wherein, described power module is each module for power supply after alternating voltage is converted to direct voltage; Described Network Interface Module provides standard RJ45 interface; Described serial port module is in order to be connected, to communicate by letter with the serial port module of intelligent monitoring terminal; Described memory module keeps data not lose in order to preserve a large amount of system parameterss, operating scheme and image data after the power down; Described power line coupling module is coupled to the carrier current signal on the power line and/or from power line and takes out carrier current signal or power frequency component;
Single-lamp controller comprises power module, electric parameter signal condition module, electric parameter detection module, control circuit Executive Module, control circuit driver module, power line coupling module, power line carrier module; Wherein, described power module is each module for power supply after alternating voltage is converted to direct voltage; Described electric parameter signal condition module and electric parameter detection module carry out signal condition, data transaction and the scale conversion of multichannel street lamp electric parameter; Described control circuit Executive Module and control circuit driver module are used for the power control of multichannel street lamp; Described power line coupling module is coupled to the carrier current signal on the power line and/or from power line and takes out carrier current signal or power frequency component; Communicate by power line carrier between the power line carrier module of described power line carrier module and described intelligent server.
2. green illumination intelligent management system according to claim 1 is characterized in that the wireless communication module support of described intelligent monitoring terminal comprises the multiple kinds of GPRS, CDMA.
3. green illumination intelligent management system according to claim 1 is characterized in that, the street lamp loop of described intelligent monitoring terminal and branch road control module comprise DO output module, DI input module; The DO output module is realized the switch lamp control in loop by the mode of relay control A.C. contactor, and as feedback end, drawing-in system is judged the state of A.C. contactor to the DI input module with Chang Kaiduan of A.C. contactor.
4. green illumination intelligent management system according to claim 1 is characterized in that, the main control module of described intelligent monitoring terminal comprises 32 Industry Control level arm processors, RTC clock, memory cell, input-output unit and peripheral circuits; The RTC clock is as system clock; Memory cell adopts serial high-speed high capacity EEPROM, the multiple information that is used to store the electrical quantity that comprises system configuration parameter, illumination operating scheme and collection; Input-output unit is in order to debugging, setting and the operation of intelligent monitoring terminal.
5. green illumination intelligent management system according to claim 1 is characterized in that the main control module of affiliated intelligent server is made of MIPS32 high speed processor, real-time clock, memory cell, input-output unit and peripheral circuit; The MIPS32 high speed processor system carries out the high-speed computation of intelligent relaying algorithm, and the power line carrier communication of back end on the street lamp post is carried out intelligent relay networking and transmits control, selects to optimize the path and carries out dynamic routing.
6. green illumination intelligent management system according to claim 1, it is characterized in that this system also comprises photosensitive device, be arranged on each street lamp place, and be connected with the host computer of Surveillance center, the illumination intensity of being gathered is sent the foundation of single lamp control command as Surveillance center.
7. green illumination intelligent management system according to claim 1 is characterized in that: this system also comprises the high power camera, and the video information of each street lamp operation actual effect of collection is sent to the host computer of Surveillance center.
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