WO2016086421A1 - Centralized control system for intelligent lighting street lamp - Google Patents

Centralized control system for intelligent lighting street lamp Download PDF

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Publication number
WO2016086421A1
WO2016086421A1 PCT/CN2014/093174 CN2014093174W WO2016086421A1 WO 2016086421 A1 WO2016086421 A1 WO 2016086421A1 CN 2014093174 W CN2014093174 W CN 2014093174W WO 2016086421 A1 WO2016086421 A1 WO 2016086421A1
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WO
WIPO (PCT)
Prior art keywords
street lamp
controller
module
processor
centralized
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PCT/CN2014/093174
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French (fr)
Chinese (zh)
Inventor
刘再乐
陈支龙
赵峰
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瑞斯康微电子（深圳）有限公司
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Priority to PCT/CN2014/093174 priority Critical patent/WO2016086421A1/en
Publication of WO2016086421A1 publication Critical patent/WO2016086421A1/en

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    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • 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

Definitions

  • the invention belongs to the field of information technology and processing, and in particular relates to a intelligent lighting street lamp centralized control system.
  • the technical problem to be solved by the present invention is to provide a smart lighting street lamp centralized control system, which aims to solve the problem of unstable data transmission, unclear illumination situation and inconvenient control in the current urban lighting intelligent process.
  • the invention is realized by the invention, comprising a remote lighting monitoring center, at least one centralized controller and at least one street lamp controller for controlling the work of the street lamp and real-time monitoring the working state parameter of the street lamp;
  • the centralized controller connects one or more street lamp controllers through a power line, and simultaneously transmits and receives the same information in a power line carrier communication (PLC) and a wireless communication (RF) manner simultaneously with the street lamp controller;
  • PLC power line carrier communication
  • RF wireless communication
  • the street lamp controller is configured to send the monitored street lamp working state parameter to the remote monitoring center through the centralized controller; and when receiving the monitoring instruction from the remote monitoring center forwarded by the centralized controller, Perform corresponding control operations on the street lights.
  • the remote monitoring center is further configured to output the running status of the queried street lamp in the form of an electronic map after receiving the street lamp running query request.
  • the street lamp controller is further configured to monitor an environmental parameter of the street lamp in real time, and send a corresponding alarm event to the centralized controller when the monitored environmental parameter satisfies a preset alarm condition;
  • the centralized controller is configured to determine whether the received alarm event meets the reporting condition, and if yes, report the alarm event to the remote control center, and if not, perform a corresponding alarm event cancellation action.
  • the remote monitoring center is further configured to dynamically display the reported alarm event on the electronic map.
  • the remote control center interacts with the centralized controller through an Internet/GPRS network.
  • the street light controller includes:
  • An illuminance monitoring module for monitoring the lighting effect of the street lamp and transmitting the monitored illuminance parameter
  • An electrical parameter acquisition module for collecting electrical parameters of the street lamp and transmitting the same
  • a water level monitoring module for monitoring the water condition of the road area under the light pole and transmitting the monitored water level parameter
  • the first processor is configured to receive the monitoring instruction transmitted by the intelligent centralized controller, perform analysis and judgment, and transmit the judgment data; and receive the monitoring parameter transmitted by the illuminance detecting module, the electric parameter collecting module, and the water level monitoring module. Comparing with the preset parameter, and generating an alarm signal when determining the abnormal event, and transmitting the monitoring data and the alarm signal to the centralized controller;
  • a relay switch module connected to the first processor, configured to control on or off of the street lamp power after receiving the determination data transmitted by the first processor;
  • a dimming module connected to the first processor, configured to receive the determination data transmitted by the first processor, and then adjust a light or a darkness of the street light;
  • a power line carrier communication module coupled to the first processor, for interacting with the centralized controller through a power line
  • a wireless communication module coupled to the first processor, for interacting with the centralized controller by using a wireless communication protocol
  • the centralized controller includes:
  • the second processor is configured to receive the monitoring instruction sent by the remote monitoring center and send the monitoring instruction to the street lamp controller; and further, receive the monitoring parameter and the alarm signal transmitted by the street lamp controller for analysis and judgment, and determine that the A report signal is generated and transmitted to the remote monitoring center, and an operation command is generated and transmitted, and the alarm signal is cancelled if it is determined that the report is not required to be reported;
  • a data storage module coupled to the second processor for data storage and management
  • a GPRS communication module connected to the second processor, for performing GPRS communication with the remote monitoring center;
  • An Ethernet interface module connected to the second processor, for accessing the Internet and the remote monitoring center for communication;
  • the power line carrier communication module is coupled to the second processor for interacting with the street light controller through the power line.
  • the wireless communication module is coupled to the second processor for interacting with the street light controller via a wireless communication protocol.
  • the AC contactor driving module is connected to the second processor, and configured to receive the operation command to control opening and closing of the power supply of the power distribution cabinet and the street lamp line;
  • a real-time real clock module connected to the second processor, for recording the event time point generated by each street lamp, and also for setting different time timing tasks;
  • Input button connected to the second processor, for local control and input configuration parameters
  • the liquid crystal display module is connected to the second processor and is used for a man-machine display interface during local operation.
  • the invention has the following advantages:
  • the whole system can realize remote monitoring and visualization operations. It can switch lights and dimming any street light, any way or any custom group of street lights in the network. It can operate each light separately on the electronic map of the remote monitoring center. The alarm information of each lamp can be dynamically displayed on the map.
  • the street lamp controller also has functions such as illumination detection, electrical parameter acquisition, water level detection and alarm, which can significantly improve equipment maintenance and safety.
  • the dual-mode communication network coexisting with power line carrier communication and wireless communication technology ensures the networking and communication success rate between devices in the network.
  • the power line carrier communication is based on the existing street lamp power supply line, no additional wiring is required, and the construction is convenient, but the communication success rate Affected by grid noise interference.
  • Wireless communication technology also requires no additional wiring, convenient construction, fast communication speed and long distance, but it is affected by trees and climatic factors.
  • the dual-mode communication network has complementary performance to ensure the communication stability of the intelligent lighting street lamp centralized control system.
  • a intelligent lighting street lamp centralized control system can greatly improve the public lighting management level, save maintenance costs, save power resources, make lighting intelligent, and operate and maintain information, suitable for widespread promotion.
  • FIG. 1 is a schematic structural diagram of a smart lighting street lamp centralized control system according to an embodiment of the present invention.
  • FIG. 2 is a schematic structural diagram of a street lamp controller according to an embodiment of the present invention.
  • FIG. 3 is a schematic structural diagram of a centralized controller according to an embodiment of the present invention.
  • a smart lighting street light centralized control system includes a remote monitoring center 1, at least one centralized controller 3, and at least one street light controller 2 for controlling the operation of the street light and real-time monitoring of the working state parameters of the street light;
  • the centralized controller 3 connects one or more street lamp controllers 2 through a power line, and simultaneously transmits and receives the same information in a power line carrier communication (PLC) and a wireless communication (RF) manner simultaneously with the street lamp controller 2;
  • PLC power line carrier communication
  • RF wireless communication
  • the two communication modes work simultaneously, that is, when the centralized controller 3 or the street lamp controller 2 transmits information, Power line carrier communication and wireless communication are performed simultaneously, and the street lamp controller 2 or the centralized controller 3 uses the information received first, and performs repeated message processing when the same information is received, and discards it.
  • the street light controller 2 is configured to send the monitored street light working state parameter to the remote monitoring center 1 through the centralized controller 3; and receive the forwarded from the remote monitoring center When the monitoring command of 1 is performed, the corresponding control operation is performed on the street light.
  • the remote monitoring center 1 is further configured to output the running status of the queried street lamp in the form of an electronic map after receiving the street lamp running query request.
  • the street lamp controller 2 is further configured to monitor the environmental parameters of the street lamp in real time, and send the corresponding alarm event to the centralized controller 3 when the monitored environmental parameter satisfies the preset alarm condition;
  • the centralized controller 3 is configured to determine whether the received alarm event meets the reporting condition, and if yes, report the alarm event to the remote control center 1, and if not, perform a corresponding alarm event cancellation action.
  • the remote monitoring center 1 is further configured to dynamically display the reported alarm event on the electronic map.
  • remote control center 1 and the centralized controller 3 interact through an Internet/GPRS network.
  • the street lamp controller 2 includes:
  • the illuminance monitoring module 205 is configured to monitor the lighting effect of the street lamp and transmit the monitored illuminance parameter
  • the electrical parameter collecting module 206 is configured to collect electrical parameters of the street lamp and transmit the electrical parameters
  • the water level monitoring module 207 is configured to monitor the water condition of the road area under the light pole and transmit the monitored water level parameter;
  • the monitoring probe portion of the water level monitoring module 207 is pulled out under the light pole and the signal processing portion is placed in the controller.
  • the first processor 201 is configured to receive the monitoring command transmitted by the centralized controller 3, perform analysis and judgment, and transmit the determination data; and further, receive the illuminance detection module 205, the electrical parameter collection module 206, and the water level monitoring module 207.
  • the monitored monitoring parameter is compared with the preset parameter, and an alarm signal is generated when the abnormal event is determined, and the monitoring data and the alarm signal are transmitted to the centralized controller 3;
  • the first processor can employ an MCU processor.
  • the relay switch module 202 is connected to the first processor 201 for controlling the turning on or off of the street light power after receiving the determination data transmitted by the first processor 201;
  • the dimming module 208 is connected to the first processor 201 and configured to receive the determination data transmitted by the first processor 201 to adjust the brightness or darkness of the street lamp;
  • the power line carrier communication module 203 is connected to the first processor 201 for interacting with the centralized controller 3 through a power line;
  • the wireless communication module 204 is connected to the first processor 201 for interacting with the centralized controller 3 through a wireless communication protocol.
  • the centralized controller 3 includes:
  • the second processor 301 is configured to receive the monitoring command sent by the remote monitoring center 1 and send it to the street lamp controller 2; and further, receive the monitoring parameter and the alarm signal transmitted by the street lamp controller 2 for analysis and judgment, When it is determined that the report needs to be reported, a report signal is generated and transmitted to the remote monitoring center 1, and an operation command is generated and transmitted, and the alarm signal is cancelled if it is determined that the report is not required to be reported;
  • the second processor may employ an ARM processor.
  • the data storage module 302 is connected to the second processor phase 301 for data storage and management;
  • the GPRS communication module 305 is connected to the second processor phase 301 for performing GPRS communication with the remote monitoring center 1;
  • the Ethernet interface module 306 is connected to the second processor phase 301 for accessing the Internet and the remote monitoring center 1 for communication;
  • the power line carrier communication module 303 is connected to the second processor phase 301 for interacting with the street light controller 2 through a power line.
  • the wireless communication module 304 is coupled to the second processor phase 301 for interacting with the street light controller 2 via a wireless communication protocol.
  • the AC contactor driving module 307 is connected to the second processor phase 301 for receiving the operation command to control the opening and closing of the power supply of the power distribution cabinet and the street lamp line;
  • the real-time real clock module 308 is connected to the second processor phase 301 for recording the event time point generated by each street lamp, and also for setting different time timing tasks;
  • the key input module 309 is connected to the second processor phase 301 for local control and input configuration parameters;
  • the local operation generally refers to an operation that does not connect to the background server.
  • the network has not been installed and debugged, and the centralized controller 3 has a corresponding operation menu, for example, for all lights or a certain light.
  • the operation of turning on, turning off the lights, dimming, etc., through the local operation of the centralized controller 3, is very convenient for on-site debugging and maintenance.
  • the liquid crystal display module 310 is connected to the second processor phase 301 for a human-machine display interface during local operation;
  • the public lighting management personnel of the urban roads transmit the monitoring instructions of the public lighting through the remote monitoring center 1, and transmit the monitoring commands to the centralized controller 3 through the Internet/GPRS network.
  • the centralized controller 3 After receiving the instructions of the remote monitoring center 1, the centralized controller 3 passes the instructions.
  • the analysis process is performed, and the monitoring command is sent to the street lamp controller 2 through the power line carrier communication and the wireless communication network, and the street lamp controller 2 performs corresponding actions, such as turning on the lights, dimming, and the like.
  • the street light controller 2 detects an alarm event, the event is recorded and reported to the centralized controller 3 through the power line carrier communication and the wireless communication network, and the centralized controller 3 analyzes and determines the reported event.
  • the event is reported through the Internet/GPRS network, and the alarm information can be dynamically displayed on the electronic map, and the maintenance personnel are reminded to process the alarm event and release the alarm message. Otherwise, the corresponding alarm event cancellation action is performed under the intelligent centralized controller 3. If it is determined whether the lamp is damaged, it is determined by parameters such as voltage, current, and power. The power levels of different luminaires are inconsistent during normal operation, that is, it may be in a normal working state, but it is in conflict with the set judgment of whether the luminaire is damaged. For these situations, the setting parameters and the judgment basis may be appropriately adjusted. This will cancel the alarm message.
  • the alarm event here can be:
  • the water level monitoring alarm the urban road is easy to cause the street lamp pole to leak due to the accumulation of water, thereby causing personal safety accidents.
  • the water level monitoring module 207 can detect the water accumulation under the lamp pole and transmit the monitoring data to the street lamp controller 2, thereby generating a
  • the alarm signal is transmitted to the centralized controller 3, and the centralized controller 3 generates a power-off operation command according to the received water level alarm signal, and the AC contactor driving module 307 receives the operation command and then disconnects the street lamp power supply line in the power distribution cabinet to ensure Line safety and prevention of personal safety due to leakage:
  • the lamp damage alarm the street lamp controller 2 is in working state during the working period (assuming that the time period is 19:00 to 7:00 pm), at this time, it should be able to detect that the state of the relay is closed, and the electric parameter collecting module 206 can also detect The parameters of the working voltage, current, and power of the entire street lamp. If the street lamp is working, it can't collect any electrical parameters. If it is like this for several days, it can judge the lamp failure;
  • Light quality alarm when the street light is working, but the light level monitoring module 205 under the light pole detects that the light is very dark, this is the case for several days. At this time, the street light generates a parameter alarm to remind the maintenance personnel to go to the equipment for inspection. See if the trees are heavily covered or the lamps are aging.

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Abstract

The present invention is applicable to a street lamp lighting system, and provided is a centralized control system for an intelligent lighting street lamp, comprising a remote monitoring centre, at least one centralized controller and at least one street lamp controller for controlling the working of a street lamp and monitoring a working state parameter of the street lamp in real time, wherein the centralized controller is connected to one or more street lamp controllers via a power line, and transceives the same information with the street lamp controller in two modes, namely, power line carrier communication (PLC) and radio communication (RF); and the street lamp controller is used for transmitting the monitored working state parameter of the street lamp to the remote monitoring centre via the centralized controller, and executing a corresponding control operation on the street lamp when receiving a monitoring instruction which is forwarded by the centralized controller and from the remote monitoring centre. The present invention can fully upgrade a city public lighting management system, thereby reducing energy waste, and achieving centralized management and controlling, informatized operation and maintenance, and intelligent lighting of street lamps.

Description

一种智慧照明路灯集控系统  Intelligent lighting street lamp centralized control system 技术领域Technical field
本发明属于信息技术与处理领域，尤其涉及一种智慧照明路灯集控系统。 The invention belongs to the field of information technology and processing, and in particular relates to a intelligent lighting street lamp centralized control system.
背景技术Background technique
城市公共照明系统是与人们生活息息相关的重要公共基础设施，随着城市化进程的加快，城市公共照明设施的需求量和建设规模日益增大，但城市公共照明的过快发展增大了对能源的需求和消耗，同时在管理方面也存在诸多不足。现有城市公共照明系统普遍存在管理落后、操控不便、灯况不明、维护不便、 能源浪费等诸多问题。目前市面上已经出现智能化的路灯监控系统来对城市路灯照明进行智能化控制，但是存在在进行数据传输时传输不稳定，导致数据丢失等问题。Urban public lighting system is an important public infrastructure closely related to people's lives. With the acceleration of urbanization, the demand for urban public lighting facilities and the scale of construction are increasing, but the rapid development of urban public lighting has increased the energy There are also many shortcomings in the demand and consumption of management. Existing urban public lighting systems generally have poor management, inconvenient control, unclear lighting conditions, and inconvenient maintenance. Energy waste and many other issues. At present, intelligent street lamp monitoring systems have appeared on the market to intelligently control urban street lighting, but there are problems such as unstable transmission during data transmission and data loss.
在能源日益短缺，温室效应越来越严重，国家和地方政府大力号召节能减排、绿色照明的情况下，能有效地控制能源消耗，提高路灯寿命，降低维护和管理成本，是现代效能型社会建设的目标，也是城市智慧化建设的必然趋势。In the case of increasing energy shortages and increasing greenhouse effect, national and local governments are calling for energy-saving emission reduction and green lighting, which can effectively control energy consumption, improve street lamp life, and reduce maintenance and management costs. The goal of construction is also an inevitable trend of urban intelligent construction.
技术问题technical problem
本发明所要解决的技术问题在于提供一种智慧照明路灯集控系统，旨在解决当前城市照明智能化过程中存在数据传输不稳定、照明情况不明、操控不便的问题。 The technical problem to be solved by the present invention is to provide a smart lighting street lamp centralized control system, which aims to solve the problem of unstable data transmission, unclear illumination situation and inconvenient control in the current urban lighting intelligent process.
技术解决方案Technical solution
本发明是这样实现的，一种智慧照明路灯集控系统，包括远程监控中心、至少一个集中控制器和至少一个用于控制路灯的工作并实时监测路灯的工作状态参数的路灯控制器；The invention is realized by the invention, comprising a remote lighting monitoring center, at least one centralized controller and at least one street lamp controller for controlling the work of the street lamp and real-time monitoring the working state parameter of the street lamp;
所述集中控制器通过电力线连接一个或多个路灯控制器，并与路灯控制器之间同时以电力线载波通信（PLC）和无线通信(RF)两种方式进行同一信息的收发； The centralized controller connects one or more street lamp controllers through a power line, and simultaneously transmits and receives the same information in a power line carrier communication (PLC) and a wireless communication (RF) manner simultaneously with the street lamp controller;
所述路灯控制器用于将监测到的路灯工作状态参数通过所述集中控制器发送至所述远程监控中心；并在接收到所述集中控制器转发的来自所述远程监控中心的监控指令时，对路灯执行相应的控制操作。The street lamp controller is configured to send the monitored street lamp working state parameter to the remote monitoring center through the centralized controller; and when receiving the monitoring instruction from the remote monitoring center forwarded by the centralized controller, Perform corresponding control operations on the street lights.
进一步地，所述远程监控中心还用于在接收到路灯运行查询请求后，以电子地图的形式输出所查询路灯的运行情况。Further, the remote monitoring center is further configured to output the running status of the queried street lamp in the form of an electronic map after receiving the street lamp running query request.
进一步地，所述路灯控制器还用于实时监测路灯的环境参数，并在监测到的环境参数满足预设的报警条件时，将相应的报警事件发送至所述集中控制器；Further, the street lamp controller is further configured to monitor an environmental parameter of the street lamp in real time, and send a corresponding alarm event to the centralized controller when the monitored environmental parameter satisfies a preset alarm condition;
所述集中控制器用于判断接收到的报警事件是否符合上报条件，若符合则将报警事件上报至所述远程控制中心，若不符合则执行相应的报警事件解除动作。The centralized controller is configured to determine whether the received alarm event meets the reporting condition, and if yes, report the alarm event to the remote control center, and if not, perform a corresponding alarm event cancellation action.
进一步地，所述远程监控中心还用于在电子地图上动态地显示已上报的报警事件。Further, the remote monitoring center is further configured to dynamically display the reported alarm event on the electronic map.
进一步地，所述远程控制中心与所述集中控制器通过Internet/GPRS网络交互。Further, the remote control center interacts with the centralized controller through an Internet/GPRS network.
进一步地，所述路灯控制器包括： Further, the street light controller includes:
光照度监测模块，用于监测路灯的照明效果并将监测到的光照度参数传输出去；An illuminance monitoring module for monitoring the lighting effect of the street lamp and transmitting the monitored illuminance parameter;
电参数采集模块，用于采集路灯的电气参数并传输出去； An electrical parameter acquisition module for collecting electrical parameters of the street lamp and transmitting the same;
水位监测模块，用于监测灯杆下方路面积水情况并将监测的水位参数传输出去；a water level monitoring module for monitoring the water condition of the road area under the light pole and transmitting the monitored water level parameter;
第一处理器，用于接收所述智能集中控制器传输的监控指令后进行分析判断，并将判断数据传输出去；还用于接收光照度检测模块、电参数采集模块和水位监测模块传输的监测参数与预设的参数进行对比判断，并在判断为异常事件时生成一报警信号，并将所述监测数据和所述报警信号传输给所述集中控制器；The first processor is configured to receive the monitoring instruction transmitted by the intelligent centralized controller, perform analysis and judgment, and transmit the judgment data; and receive the monitoring parameter transmitted by the illuminance detecting module, the electric parameter collecting module, and the water level monitoring module. Comparing with the preset parameter, and generating an alarm signal when determining the abnormal event, and transmitting the monitoring data and the alarm signal to the centralized controller;
继电器开关模块，与所述第一处理器连接，用于在接收到所述第一处理器传输的判断数据后控制路灯电源的开或关；a relay switch module, connected to the first processor, configured to control on or off of the street lamp power after receiving the determination data transmitted by the first processor;
调光模块，与所述第一处理器连接，用于接收所述第一处理器传输的判断数据后调节路灯的亮或暗；a dimming module, connected to the first processor, configured to receive the determination data transmitted by the first processor, and then adjust a light or a darkness of the street light;
电力线载波通信模块，与所述第一处理器连接，用于通过电力线与所述集中控制器进行交互；a power line carrier communication module, coupled to the first processor, for interacting with the centralized controller through a power line;
无线通信模块，与所述第一处理器连接，用于通过无线通信协议与所述集中控制器进行交互；a wireless communication module, coupled to the first processor, for interacting with the centralized controller by using a wireless communication protocol;
进一步地，所述集中控制器包括：Further, the centralized controller includes:
第二处理器，用于接收所述远程监控中心发送的监控指令后发送给所述路灯控制器；还用于接收所述路灯控制器传输的监测参数和报警信号进行分析判断，在判断为需要上报时生成一上报信号并传输给所述远程监控中心，同时生成一操作指令并传输出去，若判断不需上报时解除该报警信号；The second processor is configured to receive the monitoring instruction sent by the remote monitoring center and send the monitoring instruction to the street lamp controller; and further, receive the monitoring parameter and the alarm signal transmitted by the street lamp controller for analysis and judgment, and determine that the A report signal is generated and transmitted to the remote monitoring center, and an operation command is generated and transmitted, and the alarm signal is cancelled if it is determined that the report is not required to be reported;
数据存储模块，与第二处理器相连接，用于数据存储和管理；a data storage module coupled to the second processor for data storage and management;
GPRS通信模块，与第二处理器相连接，用于与所述远程监控中心进行GPRS通信；a GPRS communication module, connected to the second processor, for performing GPRS communication with the remote monitoring center;
以太网接口模块，与第二处理器相连接，用于接入Internet和所述远程监控中心进行通信；An Ethernet interface module, connected to the second processor, for accessing the Internet and the remote monitoring center for communication;
电力线载波通信模块，与第二处理器相连接，用于通过电力线与所述路灯控制器进行交互。The power line carrier communication module is coupled to the second processor for interacting with the street light controller through the power line.
无线通信模块，与第二处理器相连接，用于通过无线通信协议与所述路灯控制器进行交互。The wireless communication module is coupled to the second processor for interacting with the street light controller via a wireless communication protocol.
交流接触器驱动模块，与第二处理器相连接，用于接收所述操作指令控制配电柜与路灯线路的供电电源的开和关；The AC contactor driving module is connected to the second processor, and configured to receive the operation command to control opening and closing of the power supply of the power distribution cabinet and the street lamp line;
实时实钟模块，与第二处理器相连接，用于记录每盏路灯产生的事件时间点，也用于设置不同时间定时任务；a real-time real clock module, connected to the second processor, for recording the event time point generated by each street lamp, and also for setting different time timing tasks;
输入按键，与第二处理器相连接，用于本地控制及输入配置参数；Input button, connected to the second processor, for local control and input configuration parameters;
液晶显示模块，与第二处理器相连接，用于本地操作时的人机显示界面。The liquid crystal display module is connected to the second processor and is used for a man-machine display interface during local operation.
有益效果Beneficial effect
本发明与现有技术相比，有益效果在于：Compared with the prior art, the invention has the following advantages:
整个系统可实现远程监控和可视化操作，可以对网络内任意一盏、一路或任意自定义组的路灯进行开关灯、调光，能在远程监控中心的电子地图上对每盏灯进行单独操作，每盏灯的报警信息可以在地图上动态显示。The whole system can realize remote monitoring and visualization operations. It can switch lights and dimming any street light, any way or any custom group of street lights in the network. It can operate each light separately on the electronic map of the remote monitoring center. The alarm information of each lamp can be dynamically displayed on the map.
路灯控制器除了具备常规的灯光控制、照度调节外还具备光照度检测、电参数采集、水位检测报警等功能，能为设备维护及安全性带来明显改善。In addition to the conventional lighting control and illumination adjustment, the street lamp controller also has functions such as illumination detection, electrical parameter acquisition, water level detection and alarm, which can significantly improve equipment maintenance and safety.
电力线载波通信和无线通信技术共存的双模通信网络，保证了网络内设备间的组网及通信成功率，电力线载波通信基于现有的路灯供电线路，无需额外布线，施工方便，但通信成功率受电网噪声干扰影响。无线通信技术也无需额外布线，施工方便，通信速率快、距离远，但受树木、气候因素等影响。双模通信网络性能互补，保证智慧照明路灯集控系统的通信稳定性。一种智慧照明路灯集控系统能大幅提升公共照明管理水平，节约维护成本，节省电力资源，使照明智慧化，运维信息化，适合广泛推广。The dual-mode communication network coexisting with power line carrier communication and wireless communication technology ensures the networking and communication success rate between devices in the network. The power line carrier communication is based on the existing street lamp power supply line, no additional wiring is required, and the construction is convenient, but the communication success rate Affected by grid noise interference. Wireless communication technology also requires no additional wiring, convenient construction, fast communication speed and long distance, but it is affected by trees and climatic factors. The dual-mode communication network has complementary performance to ensure the communication stability of the intelligent lighting street lamp centralized control system. A intelligent lighting street lamp centralized control system can greatly improve the public lighting management level, save maintenance costs, save power resources, make lighting intelligent, and operate and maintain information, suitable for widespread promotion.
附图说明DRAWINGS
图1是本发明实施例提供的一种智慧照明路灯集控系统结构示意图。FIG. 1 is a schematic structural diagram of a smart lighting street lamp centralized control system according to an embodiment of the present invention.
图2是本发明实施例提供的路灯控制器的结构示意图。FIG. 2 is a schematic structural diagram of a street lamp controller according to an embodiment of the present invention.
图3是本发明实施例提供的集中控制器的结构示意图。FIG. 3 is a schematic structural diagram of a centralized controller according to an embodiment of the present invention.
本发明的实施方式Embodiments of the invention
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
如图1所示，一种智慧照明路灯集控系统，包括远程监控中心1、至少一个集中控制器3和至少一个用于控制路灯的工作并实时监测路灯的工作状态参数的路灯控制器2；As shown in Figure 1, a smart lighting street light centralized control system includes a remote monitoring center 1, at least one centralized controller 3, and at least one street light controller 2 for controlling the operation of the street light and real-time monitoring of the working state parameters of the street light;
所述集中控制器3通过电力线连接一个或多个路灯控制器2，并与路灯控制器2之间同时以电力线载波通信（PLC）和无线通信(RF)两种方式进行同一信息的收发； The centralized controller 3 connects one or more street lamp controllers 2 through a power line, and simultaneously transmits and receives the same information in a power line carrier communication (PLC) and a wireless communication (RF) manner simultaneously with the street lamp controller 2;
在具体实施例中，在所述集中控制器3和所述路灯控制器2的交互过程中，两种通信方式同时工作，即所述集中控制器3或所述路灯控制器2发送信息时，电力线载波通信和无线通信同时进行，所述路灯控制器2或所述集中控制器3使用最先接收到的信息，在收到相同的信息时做重复消息处理，丢弃不用。In a specific embodiment, during the interaction between the centralized controller 3 and the street lamp controller 2, the two communication modes work simultaneously, that is, when the centralized controller 3 or the street lamp controller 2 transmits information, Power line carrier communication and wireless communication are performed simultaneously, and the street lamp controller 2 or the centralized controller 3 uses the information received first, and performs repeated message processing when the same information is received, and discards it.
所述路灯控制器2用于将监测到的路灯工作状态参数通过所述集中控制器3发送至所述远程监控中心1；并在接收到所述集中控制器3转发的来自所述远程监控中心1的监控指令时，对路灯执行相应的控制操作。The street light controller 2 is configured to send the monitored street light working state parameter to the remote monitoring center 1 through the centralized controller 3; and receive the forwarded from the remote monitoring center When the monitoring command of 1 is performed, the corresponding control operation is performed on the street light.
进一步地，所述远程监控中心1还用于在接收到路灯运行查询请求后，以电子地图的形式输出所查询路灯的运行情况。Further, the remote monitoring center 1 is further configured to output the running status of the queried street lamp in the form of an electronic map after receiving the street lamp running query request.
进一步地，所述路灯控制器2还用于实时监测路灯的环境参数，并在监测到的环境参数满足预设的报警条件时，将相应的报警事件发送至所述集中控制器3；Further, the street lamp controller 2 is further configured to monitor the environmental parameters of the street lamp in real time, and send the corresponding alarm event to the centralized controller 3 when the monitored environmental parameter satisfies the preset alarm condition;
所述集中控制器3用于判断接收到的报警事件是否符合上报条件，若符合则将报警事件上报至所述远程控制中心1，若不符合则执行相应的报警事件解除动作。The centralized controller 3 is configured to determine whether the received alarm event meets the reporting condition, and if yes, report the alarm event to the remote control center 1, and if not, perform a corresponding alarm event cancellation action.
进一步地，所述远程监控中心1还用于在电子地图上动态地显示已上报的报警事件。Further, the remote monitoring center 1 is further configured to dynamically display the reported alarm event on the electronic map.
进一步地，所述远程控制中心1与所述集中控制器3通过Internet/GPRS网络交互。Further, the remote control center 1 and the centralized controller 3 interact through an Internet/GPRS network.
如图2所示，所述路灯控制器2包括： As shown in FIG. 2, the street lamp controller 2 includes:
光照度监测模块205，用于监测路灯的照明效果并将监测到的光照度参数传输出去；The illuminance monitoring module 205 is configured to monitor the lighting effect of the street lamp and transmit the monitored illuminance parameter;
电参数采集模块206，用于采集路灯的电气参数并传输出去； The electrical parameter collecting module 206 is configured to collect electrical parameters of the street lamp and transmit the electrical parameters;
水位监测模块207，用于监测灯杆下方路面积水情况并将监测的水位参数传输出去；The water level monitoring module 207 is configured to monitor the water condition of the road area under the light pole and transmit the monitored water level parameter;
在具体实施例中，该水位监测模块207的监测探头部分拉出来置于灯杆下方，信号处理部分置于控制器内。In a specific embodiment, the monitoring probe portion of the water level monitoring module 207 is pulled out under the light pole and the signal processing portion is placed in the controller.
第一处理器201，用于接收所述集中控制器3传输的监控指令后进行分析判断，并将判断数据传输出去；还用于接收光照度检测模块205、电参数采集模块206和水位监测模块207传输的监测参数与预设的参数进行对比判断，并在判断为异常事件时生成一报警信号，并将所述监测数据和所述报警信号传输给所述集中控制器3；The first processor 201 is configured to receive the monitoring command transmitted by the centralized controller 3, perform analysis and judgment, and transmit the determination data; and further, receive the illuminance detection module 205, the electrical parameter collection module 206, and the water level monitoring module 207. The monitored monitoring parameter is compared with the preset parameter, and an alarm signal is generated when the abnormal event is determined, and the monitoring data and the alarm signal are transmitted to the centralized controller 3;
在具体实施例中，所述第一处理器可采用MCU处理器。In a particular embodiment, the first processor can employ an MCU processor.
继电器开关模块202，与所述第一处理器201连接，用于在接收到所述第一处理器201传输的判断数据后控制路灯电源的开或关；The relay switch module 202 is connected to the first processor 201 for controlling the turning on or off of the street light power after receiving the determination data transmitted by the first processor 201;
调光模块208，与所述第一处理器201连接，用于接收所述第一处理器201传输的判断数据后调节路灯的亮或暗；The dimming module 208 is connected to the first processor 201 and configured to receive the determination data transmitted by the first processor 201 to adjust the brightness or darkness of the street lamp;
电力线载波通信模块203，与所述第一处理器201连接，用于通过电力线与所述集中控制器3进行交互；The power line carrier communication module 203 is connected to the first processor 201 for interacting with the centralized controller 3 through a power line;
无线通信模块204，与所述第一处理器201连接，用于通过无线通信协议与所述集中控制器3进行交互。The wireless communication module 204 is connected to the first processor 201 for interacting with the centralized controller 3 through a wireless communication protocol.
如图3所示，所述集中控制器3包括：As shown in FIG. 3, the centralized controller 3 includes:
第二处理器301，用于接收所述远程监控中心1发送的监控指令后发送给所述路灯控制器2；还用于接收所述路灯控制器2传输的监测参数和报警信号进行分析判断，在判断为需要上报时生成一上报信号并传输给所述远程监控中心1，同时生成一操作指令并传输出去，若判断不需上报时解除该报警信号；The second processor 301 is configured to receive the monitoring command sent by the remote monitoring center 1 and send it to the street lamp controller 2; and further, receive the monitoring parameter and the alarm signal transmitted by the street lamp controller 2 for analysis and judgment, When it is determined that the report needs to be reported, a report signal is generated and transmitted to the remote monitoring center 1, and an operation command is generated and transmitted, and the alarm signal is cancelled if it is determined that the report is not required to be reported;
在具体实施例中，所述第二处理器可采用ARM处理器。In a specific embodiment, the second processor may employ an ARM processor.
数据存储模块302，与第二处理器相301连接，用于数据存储和管理；The data storage module 302 is connected to the second processor phase 301 for data storage and management;
GPRS通信模块305，与第二处理器相301连接，用于与所述远程监控中心1进行GPRS通信；The GPRS communication module 305 is connected to the second processor phase 301 for performing GPRS communication with the remote monitoring center 1;
以太网接口模块306，与第二处理器相301连接，用于接入Internet和所述远程监控中心1进行通信；The Ethernet interface module 306 is connected to the second processor phase 301 for accessing the Internet and the remote monitoring center 1 for communication;
电力线载波通信模块303，与第二处理器相301连接，用于通过电力线与所述路灯控制器2进行交互。The power line carrier communication module 303 is connected to the second processor phase 301 for interacting with the street light controller 2 through a power line.
无线通信模块304，与第二处理器相301连接，用于通过无线通信协议与所述路灯控制器2进行交互。The wireless communication module 304 is coupled to the second processor phase 301 for interacting with the street light controller 2 via a wireless communication protocol.
交流接触器驱动模块307，与第二处理器相301连接，用于接收所述操作指令控制配电柜与路灯线路的供电电源的开和关；The AC contactor driving module 307 is connected to the second processor phase 301 for receiving the operation command to control the opening and closing of the power supply of the power distribution cabinet and the street lamp line;
实时实钟模块308，与第二处理器相301连接，用于记录每盏路灯产生的事件时间点，也用于设置不同时间定时任务；The real-time real clock module 308 is connected to the second processor phase 301 for recording the event time point generated by each street lamp, and also for setting different time timing tasks;
按键输入模块309，与第二处理器相301连接，用于本地控制及输入配置参数；The key input module 309 is connected to the second processor phase 301 for local control and input configuration parameters;
在具体实施例中，本地操作一般是指没有连接后台服务器的操作，比如，安装初期，网络还没有安装调试好，集中控制器3上有相应的操作菜单，比如：对所有灯或某盏灯的开灯、关灯、调光等操作，通过对集中控制器3的的本地操作，对现场调试及维护非常方便。In a specific embodiment, the local operation generally refers to an operation that does not connect to the background server. For example, in the initial stage of installation, the network has not been installed and debugged, and the centralized controller 3 has a corresponding operation menu, for example, for all lights or a certain light. The operation of turning on, turning off the lights, dimming, etc., through the local operation of the centralized controller 3, is very convenient for on-site debugging and maintenance.
液晶显示模块310，与第二处理器相301连接，用于本地操作时的人机显示界面；The liquid crystal display module 310 is connected to the second processor phase 301 for a human-machine display interface during local operation;
以下是本发明提供的一种智慧照明路灯集控系统的具体使用例：The following is a specific use example of a smart lighting street lamp centralized control system provided by the present invention:
城市道路公共照明管理人员通过远程监控中心1下发公共照明的路灯监控指令，通过Internet/GPRS网络将监控指令传递给集中控制器3，集中控制器3收到远程监控中心1的指令后，经过分析处理，将监控指令通过电力线载波通信和无线通信网络下发到路灯控制器2，路灯控制器2执行相应的动作，如开灯、调光等。另一方面，路灯控制器2检测到报警事件时，将事件记录并通过电力线载波通信和无线通信网络上报给集中控制器3，集中控制器3对上报事件经过分析，判定。对于需要上报给远程监控中心1的报警事件则通过Internet/GPRS网络将事件上报，报警信息可以在电子地图上动态显示，同时提醒维护人员对该报警事件进行处理，解除报警消息。否则就在智能集中控制器3下执行相应的报警事件解除动作，如判断灯具是否损坏时，是通过判断电压、电流、功率等参数。而不同灯具正常工作时功率大小是不一致的，即有可能它是正常工作状态，但确与设定的判断灯具是否损坏程序有冲突，对于这些情况，可以适当调节设定参数及判定依据，以此来解除报警消息。The public lighting management personnel of the urban roads transmit the monitoring instructions of the public lighting through the remote monitoring center 1, and transmit the monitoring commands to the centralized controller 3 through the Internet/GPRS network. After receiving the instructions of the remote monitoring center 1, the centralized controller 3 passes the instructions. The analysis process is performed, and the monitoring command is sent to the street lamp controller 2 through the power line carrier communication and the wireless communication network, and the street lamp controller 2 performs corresponding actions, such as turning on the lights, dimming, and the like. On the other hand, when the street light controller 2 detects an alarm event, the event is recorded and reported to the centralized controller 3 through the power line carrier communication and the wireless communication network, and the centralized controller 3 analyzes and determines the reported event. For the alarm event that needs to be reported to the remote monitoring center 1, the event is reported through the Internet/GPRS network, and the alarm information can be dynamically displayed on the electronic map, and the maintenance personnel are reminded to process the alarm event and release the alarm message. Otherwise, the corresponding alarm event cancellation action is performed under the intelligent centralized controller 3. If it is determined whether the lamp is damaged, it is determined by parameters such as voltage, current, and power. The power levels of different luminaires are inconsistent during normal operation, that is, it may be in a normal working state, but it is in conflict with the set judgment of whether the luminaire is damaged. For these situations, the setting parameters and the judgment basis may be appropriately adjusted. This will cancel the alarm message.
此处的报警事件可以是：The alarm event here can be:
水位监测报警，城市道路因积水后易导致路灯灯杆漏电，从而造成人身安全事故，水位监测模块207可以检测到灯杆下方的积水情况将监测数据传递给路灯控制器2，从而产生一报警信号传输给集中控制器3，集中控制器3根据接收到的水位报警信号生产一电源断开操作指令，交流接触器驱动模块307接收操作指令后断开配电柜里的路灯供电线路，确保线路安全和防止因漏电造成的人身安全：The water level monitoring alarm, the urban road is easy to cause the street lamp pole to leak due to the accumulation of water, thereby causing personal safety accidents. The water level monitoring module 207 can detect the water accumulation under the lamp pole and transmit the monitoring data to the street lamp controller 2, thereby generating a The alarm signal is transmitted to the centralized controller 3, and the centralized controller 3 generates a power-off operation command according to the received water level alarm signal, and the AC contactor driving module 307 receives the operation command and then disconnects the street lamp power supply line in the power distribution cabinet to ensure Line safety and prevention of personal safety due to leakage:
灯具损坏报警，路灯控制器2在工作时间段（假设时间段为晚上19点到7点）处于工作状态，此时应能检测到继电器的状态是闭合的，并且电参数采集模块206也能检测到整个路灯的工作电压、电流、功率大小等参数。若路灯在工作时，不能采集到任何电参数，连续几天都是如此时，则可判断灯具故障；The lamp damage alarm, the street lamp controller 2 is in working state during the working period (assuming that the time period is 19:00 to 7:00 pm), at this time, it should be able to detect that the state of the relay is closed, and the electric parameter collecting module 206 can also detect The parameters of the working voltage, current, and power of the entire street lamp. If the street lamp is working, it can't collect any electrical parameters. If it is like this for several days, it can judge the lamp failure;
光照质量报警，当路灯为工作状态，但灯杆下的光照度监测模块205监测到光线很暗，连续几天都是如此，此时路灯就生成一参数报警，提醒维护人员到设备处巡检，看是否是树木遮档严重，还是灯具老化严重。Light quality alarm, when the street light is working, but the light level monitoring module 205 under the light pole detects that the light is very dark, this is the case for several days. At this time, the street light generates a parameter alarm to remind the maintenance personnel to go to the equipment for inspection. See if the trees are heavily covered or the lamps are aging.
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. Within the scope.

Claims (7)

  1. 一种智慧照明路灯集控系统，其特征在于，包括远程监控中心、至少一个集中控制器和至少一个用于控制路灯的工作并实时监测路灯的工作状态参数的路灯控制器； A smart lighting street lamp centralized control system, comprising: a remote monitoring center, at least one centralized controller and at least one street lamp controller for controlling the work of the street lamp and real-time monitoring the working state parameter of the street lamp;
    所述集中控制器通过电力线连接一个或多个路灯控制器，并与路灯控制器之间同时以电力线载波通信和无线通信两种方式进行同一信息的收发； The centralized controller connects one or more street lamp controllers through a power line, and simultaneously transmits and receives the same information in a power line carrier communication and a wireless communication manner simultaneously with the street lamp controller;
    所述路灯控制器用于将监测到的路灯工作状态参数通过所述集中控制器发送至所述远程监控中心；并在接收到所述集中控制器转发的来自所述远程监控中心的监控指令时，对路灯执行相应的控制操作。The street lamp controller is configured to send the monitored street lamp working state parameter to the remote monitoring center through the centralized controller; and when receiving the monitoring instruction from the remote monitoring center forwarded by the centralized controller, Perform corresponding control operations on the street lights.
  2. 如权利要求1所述的智慧照明路灯集控系统，其特征在于，所述远程监控中心还用于在接收到路灯运行查询请求后，以电子地图的形式输出所查询路灯的运行情况。The intelligent lighting street lamp centralized control system according to claim 1, wherein the remote monitoring center is further configured to output the running status of the queried street lamp in the form of an electronic map after receiving the street lamp running query request.
  3. 如权利要求1所述的智慧照明路灯集控系统，其特征在于，所述路灯控制器还用于实时监测路灯的环境参数，并在监测到的环境参数满足预设的报警条件时，将相应的报警事件发送至所述集中控制器；The intelligent lighting street lamp centralized control system according to claim 1, wherein the street lamp controller is further configured to monitor an environmental parameter of the street lamp in real time, and when the monitored environmental parameter satisfies a preset alarm condition, correspondingly Alarm event is sent to the centralized controller;
    所述集中控制器用于判断接收到的报警事件是否符合上报条件，若符合则将报警事件上报至所述远程控制中心，若不符合则执行相应的报警事件解除动作。The centralized controller is configured to determine whether the received alarm event meets the reporting condition, and if yes, report the alarm event to the remote control center, and if not, perform a corresponding alarm event cancellation action.
  4. 如权利要求2所述的智慧照明路灯集控系统，其特征在于，所述远程监控中心还用于在电子地图上动态地显示已上报的报警事件。The intelligent lighting streetlight centralized control system according to claim 2, wherein the remote monitoring center is further configured to dynamically display the reported alarm event on the electronic map.
  5. 如权利要求1至4任一项所述的智慧照明路灯集控系统，其特征在于，所述远程控制中心与所述集中控制器通过Internet/GPRS网络交互。The intelligent lighting street lamp centralized control system according to any one of claims 1 to 4, wherein the remote control center and the centralized controller interact through an Internet/GPRS network.
  6. 如权利要求1所述的智慧照明路灯集控系统，其特征在于，所述路灯控制器包括： The intelligent lighting street light centralized control system according to claim 1, wherein the street light controller comprises:
    电力线载波通信模块，用于通过电力线与所述集中控制器进行交互；a power line carrier communication module, configured to interact with the centralized controller through a power line;
    无线通信模块，用于通过无线通信协议与所述集中控制器进行交互；a wireless communication module, configured to interact with the centralized controller by using a wireless communication protocol;
    光照度监测模块，用于监测路灯的照明效果并将监测到的光照度参数传输出去；An illuminance monitoring module for monitoring the lighting effect of the street lamp and transmitting the monitored illuminance parameter;
    电参数采集模块，用于采集路灯的电气参数并传输出去； An electrical parameter acquisition module for collecting electrical parameters of the street lamp and transmitting the same;
    水位监测模块，用于监测灯杆下方路面积水情况并将监测的水位参数传输出去；a water level monitoring module for monitoring the water condition of the road area under the light pole and transmitting the monitored water level parameter;
    第一处理器，用于接收所述集中控制器传输的监控指令后进行分析判断，并将判断数据传输出去；还用于接收光照度检测模块、电参数采集模块和水位监测模块传输的监测参数与预设的参数进行对比判断，并在判断为异常事件时生成一报警信号，并将所述监测数据和所述报警信号传输给所述集中控制器；The first processor is configured to receive the monitoring instruction transmitted by the centralized controller, perform analysis and judgment, and transmit the judgment data; and receive the monitoring parameter transmitted by the illuminance detecting module, the electric parameter collecting module, and the water level monitoring module. The preset parameter is compared and judged, and an alarm signal is generated when the abnormal event is determined, and the monitoring data and the alarm signal are transmitted to the centralized controller;
    继电器开关模块，用于在接收到所述第一处理器传输的判断数据后控制路灯电源的开或关；a relay switch module, configured to control on or off of the street lamp power after receiving the determination data transmitted by the first processor;
    调光模块，用于接收所述第一处理器传输的判断数据后调节路灯的亮或暗。The dimming module is configured to adjust the brightness or darkness of the street lamp after receiving the determination data transmitted by the first processor.
  7. 如权利要求1所述的智慧照明路灯集控系统，其特征在于，所述集中控制器包括：The intelligent lighting street lamp centralized control system according to claim 1, wherein the centralized controller comprises:
    第二处理器，用于接收所述远程监控中心发送的监控指令后发送给所述路灯控制器；还用于接收所述路灯控制器传输的监测参数和报警信号进行分析判断，在判断为需要上报时生成一上报信号并传输给所述远程监控中心，同时生成一操作指令并传输出去，若判断不需上报时解除该报警信号；The second processor is configured to receive the monitoring instruction sent by the remote monitoring center and send the monitoring instruction to the street lamp controller; and further, receive the monitoring parameter and the alarm signal transmitted by the street lamp controller for analysis and judgment, and determine that the A report signal is generated and transmitted to the remote monitoring center, and an operation command is generated and transmitted, and the alarm signal is cancelled if it is determined that the report is not required to be reported;
    数据存储模块，与第二处理器相连接，用于数据存储和管理；a data storage module coupled to the second processor for data storage and management;
    GPRS通信模块，与第二处理器相连接，用于与所述远程监控中心进行GPRS通信；a GPRS communication module, connected to the second processor, for performing GPRS communication with the remote monitoring center;
    以太网接口模块，与第二处理器相连接，用于接入Internet和所述远程监控中心进行通信；An Ethernet interface module, connected to the second processor, for accessing the Internet and the remote monitoring center for communication;
    电力线载波通信模块，与第二处理器相连接，用于通过电力线与所述路灯控制器进行交互；a power line carrier communication module, coupled to the second processor, for interacting with the street light controller through the power line;
    无线通信模块，与第二处理器相连接，用于通过无线通信协议与所述路灯控制器进行交互；a wireless communication module, coupled to the second processor, for interacting with the street light controller through a wireless communication protocol;
    交流接触器驱动模块，与第二处理器相连接，用于接收所述操作指令控制配电柜与路灯线路的供电电源的开和关；The AC contactor driving module is connected to the second processor, and configured to receive the operation command to control opening and closing of the power supply of the power distribution cabinet and the street lamp line;
    实时实钟模块，与第二处理器相连接，用于记录每盏路灯产生的事件时间点，也用于设置不同时间定时任务；a real-time real clock module, connected to the second processor, for recording the event time point generated by each street lamp, and also for setting different time timing tasks;
    按键输入模块，与第二处理器相连接，用于本地控制及输入配置参数；a key input module connected to the second processor for local control and input configuration parameters;
    液晶显示模块，与第二处理器相连接，用于本地操作时的人机显示界面。The liquid crystal display module is connected to the second processor and is used for a man-machine display interface during local operation.
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CN113993251A (en) * 2021-10-30 2022-01-28 深圳市明之辉智慧科技有限公司 Municipal street lamp intelligent control system and method
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