CN203968448U - An intelligent LED street lamp network power monitoring and reporting system - Google Patents

Abstract

The utility model relates to an intelligent LED street lamp network electric power control is measurationed and GPS longitude and latitude is measurationed and is replied system technical field, the utility model relates to an intelligent LED street lamp network electric power control and is replied system, set up wireless communication module in each LED street lamp module of main in wireless network, the real-time quantity parameter information of electric power that the monitoring control unit that is located the load end will monitor is passed back to system management server to whether unusual, the street lamp is trouble and the function that the single lamp was reported, effectively with the control management of measuring of each LED street lamp and the intelligent LED street lamp network single lamp electric power control and reply system of real-time repayment of measuring with GPS longitude and latitude.

Description

An intelligent LED street lamp network power monitoring and reporting system

technical field

The utility model relates to an intelligent LED street lamp network power monitoring measurement return system, especially a wireless or wired communication technology, the overall street lamp and single lamp monitoring measurement control, and the power consumption of each single lamp in the LED street lamp section. Measurement status, load end monitoring, backhaul server to analyze power consumption parameter information, intelligent LED street lamp network single lamp power monitoring measurement and GPS longitude and latitude measurement report system for intelligent LED street lamp network power in real time Monitor measurement reporting system.

Background technique

LED street lamps have been one of the key public facilities that countries have vigorously promoted in recent years for energy saving and carbon reduction. In addition to using traditional light bulbs or energy-saving LED light sources for the street light sources of each regional street lamp section, the real way to achieve energy saving is to consider the overall road section and each street lamp. In addition to the lighting sources used (LEDs for lighting, white lamps, mercury lamps, etc.), it is also necessary to effectively design energy-saving street lamps, power supplies, voltage regulators, and other lamps that meet the energy-saving design of the interface equipment.

However, although LED as a street light source is more energy-saving and carbon-reducing than traditional street lights, for road lights throughout the year, 12 hours a day, turning on and off, moderate energy-saving dimming, loss management, monitoring and measurement returns, etc. It is especially important whether the operation and management mechanism of the intermittent street lamp section is in line with the energy saving and electricity consumption effect.

At present, the existing technology related to street lamp loss management and monitoring returns is to regularly inspect the brightness of each street lamp through fixed street lamp maintenance personnel and team members, turn it on and off, or regularly measure the electromechanical components of each street lamp one by one through the maintenance crew. The voltage, current, power factor of the actual power consumption, and whether there is any leakage or criminals steal the power supply of a street lamp on a certain road for the purpose of stealing electricity as a method of management and monitoring.

However, the above-mentioned regular inspection and maintenance by personnel maintenance personnel not only wastes manpower, material resources, and time, but also greatly increases the cost of managing and monitoring street lamps. In addition, when personnel inspect or measure the actual power consumption of street lamp motors, it is inevitable to need cranes or Accurate measurement can only be carried out by climbing high, which will increase the construction risk of maintenance personnel. Moreover, it is impossible for street lamp management and maintenance personnel to patrol around the clock every day to check whether there is a single lamp failure or lamp failure problem in each street lamp. Once a single lamp In the event of a failure, or when someone steals the power supply of the street lamp, the street lamp management personnel will not be able to know whether there is an abnormal power consumption of each street lamp in the first time.

And just in case in the middle of the night in the middle of the night in the mountainous area or when the street lamps in remote sections have abnormal failures, if there are no enthusiastic passers-by to discover and immediately notify the street lamp management unit for maintenance in real time, unpredictable traffic accidents are likely to occur; the speed of existing street lamps, Immediate and uninterrupted management monitoring does have the above problems and deficiencies in use and needs to be improved.

Therefore, how to solve the above-mentioned problems and deficiencies in the prior art is the direction that the researchers of the utility model and the relevant manufacturers engaged in this industry are eager to study and improve.

Utility model content

Therefore, in view of the above-mentioned shortcomings, the researchers of the present utility model have collected relevant information, evaluated and considered in many ways, and based on years of experience accumulated in this industry, through continuous trial and modification, they have designed this available wireless communication technology , the overall street lamp single lamp monitoring and measurement control, the power consumption status of each single lamp in the overall road section of the LED street lamp, the load end monitoring, the backhaul server to analyze the power consumption parameter information, and the intelligent LED street lamp network for real-time sending of single lamps A new patent for an intelligent LED street lamp network single-lamp power monitoring measurement report system.

The main purpose of this utility model is: this utility model is mainly through each street lamp network, aiming at the overall street lamp and single lamp power monitoring measurement return system, wireless or wired communication technology, solves the single lamp monitoring measurement control of street lamps, and uses LED street lamps for each road section. The power consumption status of a single lamp is monitored at the load end and sent back to the server to analyze the power consumption parameter information to save manpower for management and monitoring. A single lamp sends a real-time abnormal power consumption alarm to warn maintenance personnel to deal with maintenance in time and reduce various risks. Break through the missing problem points.

Another main purpose of this utility model is to: through wireless or wired communication technology, the total power consumption meter, the total voltage frequency meter, the brightness sensing meter, the temperature sensor, etc. Measurement meter, current meter, voltage meter, power factor meter, cumulative degree meter, GPS latitude and longitude measuring device, so that each street lamp can accurately monitor, measure and record the various power consumption data of the street lamp module and the correctness of the utility pole location, let the monitoring measurement data analyzer match and analyze the safety of electricity consumption of each street lamp, whether it is abnormal or not, power failure or failure, the brightness current consumption of the LED lighting source, and the overall current consumption (brightness current, overall current The cumulative number of watts used, if there is a gap in matching may be due to abnormal factors such as external power theft), the voltage frequency of the stability of the power supply system, the cumulative number of power consumption, and accurate measurement data for over-temperature warnings of street lamps, etc. Therefore the utility model tool reaches the practical progress of above-mentioned two advantages.

An intelligent LED street lamp network power monitoring and return system provided by the utility model includes: a system management server, an external AC power supply and a plurality of street lamp modules, wherein,

The system management server is provided with a monitoring data analysis unit, and the monitoring data analysis unit is used to analyze whether the parameters of the multiple load end power consumption returned by the multiple street lamp modules are abnormal and send an alarm signal,

The street lamp module includes a power supply, an LED lighting source, a monitoring control unit, a signal converter, and a wireless communication unit. Each component in the module provides power,

The system management server and the plurality of street lamp modules transmit monitoring and management signals through a local area network, and the local area network is in a wired or wireless form,

An electronic measuring meter is arranged in the monitoring control unit, and the electronic measuring meter includes a brightness current meter, a voltage meter, a power factor meter, a wattage meter, an over-temperature sensing meter, an total current meter, a total voltage frequency meter, a GPS latitude and longitude measuring device and a memory;

When the external AC power input is over-powered, the monitoring and control unit obtains the data measured at the load end of the components in each street lamp module as a parameter of power consumption; wherein,

The memory is used to record the data measured at the load end of the components in the electronic meter;

The monitoring control unit is used to obtain the measurement data of the load end of each component in the electronic measuring meter, convert it into a signal format that can be transmitted on the Internet through the signal converter, and then add a location identifier by the wireless communication unit, and pass The local area network is transmitted back to the system management server; wherein;

The wattage meter may also receive the location identifier in the wireless communication unit, and a switch wattage accumulative meter reset command transmitted by the system management server via the signal converter.

Wherein, the system management server includes an alarm display.

Based on the above-mentioned technology, the utility model has the advantages of each street lamp network, single lamp power monitoring, measurement, control and return system, which saves manpower for management and monitoring, real-time monitoring and measurement of detailed power consumption, and alarm maintenance and processing, which cannot be effectively saved in the prior art. Management and monitoring of manpower, real-time monitoring and measurement of detailed power consumption detection, alarm maintenance and processing settings are practical and progressive that have not been thought of.

Description of drawings

Fig. 1 is a schematic diagram of the street lamp network power monitoring and reporting system of the present invention;

Fig. 2 is a schematic diagram of the network monitoring relationship between the street lamp module of the present invention and the system management server;

Fig. 3 is a block diagram of the monitoring control unit of the present invention.

Explanation of reference numerals: 80-system management server; 80a-monitoring data analysis unit; 80b-alarm display; 100-Internet; 50-street lamp module; 30-memory; 30a-ferroelectric RAM; 60-electronic meter ;60a-total current meter; 60b-total voltage frequency meter; 60c-brightness current meter; 60d-voltage meter; 60e-power factor meter; 60f-wattage meter; 60g-over-temperature sensing meter 60h-GPS longitude and latitude measuring device; 70-wireless communication unit; 71-location identifier; 72-monitoring control unit; 72a-signal converter; 75-LED lighting source; 76-power supply; 76a-battery; 77-External port AC power supply.

Detailed ways

Please refer to Figures 1 to 3 of the present invention. The intelligent LED street lamp network power monitoring and reporting system provided by the present invention includes a local area network (as shown in Figure 1 ) formed by wired or wireless Internet 100 .

As shown in Figure 2, a system management server 80 is provided with a monitoring data analysis unit 80a inside, and the monitoring data analysis unit 80a is used to analyze whether the parameters of the power consumption of the load terminals returned by each street lamp module 50 are abnormal or warning To send a report, an alarm display 80b with a display function can be further installed according to actual needs, wherein the system management server 80 is connected to each street lamp module 50 through an Internet 100, and through each of the street lamp modules 50 set in each The electronic measuring meter in the monitoring control unit measures and monitors the actual power consumption data at the load end of each of the components, and transmits the network path of monitoring and management signals.

One of the main methods of its monitoring and management is to set up a plurality of street lamp modules 50 in the system, (as shown in Figure 2) wherein; a built-in monitoring control unit 72 is the most important street lamp power consumption measurement and monitoring component, and an external port The AC power supply 77 is electrically connected to a detection control unit 72. The external AC power supply 77 is an AC-to-DC power supply, which is used to provide power for the LED lighting source 75. After the monitoring and control unit 72 uses electricity to measure and sample various parameters, it undergoes a signal conversion. After the device 72a is converted into a format that can be transmitted on the Internet; then add a location identifier 71 corresponding to each target street lamp through a wireless communication unit 70, and send it back to the system management server 80, and the system management server 80 analyzes Whether the power parameters are abnormal, or whether the load end is faulty and power off, or whether there is a phenomenon of stealing electricity by illegal electricity thieves.

In order to enable the utility model to accurately monitor various power consumption data of the street lamp module 50, (as shown in FIG. 3 ), the monitoring control unit 72 includes an electronic meter 60, a memory 30 or a non-written A ferroelectric RAM (Ferroelectric RAM) 30a with limited access times; the internal memory 30 or ferroelectric RAM 30a is used to record the data measured at the load end of these components in the electronic meter; the electronic meter 60 includes a total current meter 60a, used to measure the total current consumption of each street lamp, a total voltage frequency meter 60b, a brightness current meter 60c, a voltage meter 60d, a power factor meter 60e, a wattage meter 60f, an over-temperature meter Sensing meter 60g and a GPS latitude and longitude measuring device 60h; in this way, the power consumption status and judgment of the power consumption monitoring measurement signal received by the system management server 80 can be more specific and accurate, so that the monitoring data The analyzer 80a matches and analyzes the safety of electricity consumption of each street lamp, abnormality, power failure or failure, the brightness current consumption of the LED lighting source 75, and the overall current consumption (luminance current, overall current consumption, wattage power consumption) Accumulated total, whether there is a gap or abnormality in matching, whether there is an external power stealing and other abnormal factors), the voltage frequency of the stability of the power supply system, the cumulative number of power consumption, and accurate measurement data for the over-temperature warning of street lamps, etc.

The wireless communication unit 70 can transmit the parameters after the monitoring and control unit 72 power consumption measurement and sampling to the system management server 80 for analysis and monitoring (as shown in FIG. 2 ), and can also receive the The location identifier 71 of each street lamp transmitted by the signal converter, the cumulative reset command is used to reset the cumulative number of watts of the total power consumption to zero and recalculate the periodic power consumption, so as to give full play to the energy-saving monitoring effect.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the scope of protection of the present utility model. Therefore, all simple modifications and equivalent structural changes made by using the description of the utility model and the contents of the drawings should be In the same way, it is included in the protection scope of the present utility model, and it is stated together.

Therefore, please refer to all the accompanying drawings and show that when the utility model is used, compared with the prior art, there are the above-mentioned advantages.

To sum up, the utility model provides an intelligent LED street lamp network single-lamp power monitoring and reporting system, in order to achieve its efficacy and purpose when in use, so the utility model is a utility model with excellent practicability. In order to meet the application requirements for a utility model patent, an application shall be filed in accordance with the law.

Claims (3)

1. An intelligent LED street lamp network power monitoring and return system is characterized in that it includes: a system management server, an external AC power supply and a plurality of street lamp modules, wherein, The system management server is provided with a monitoring data analysis unit, and the monitoring data analysis unit is used to analyze whether the parameters of the multiple load end power consumption returned by the multiple street lamp modules are abnormal and send an alarm signal, The street lamp module includes a power supply, an LED lighting source, a monitoring control unit, a signal converter, and a wireless communication unit. Each component in the module provides power, The system management server and the plurality of street lamp modules transmit monitoring and management signals through a local area network, and the local area network is in a wired or wireless form, An electronic measuring meter is arranged in the monitoring control unit, and the electronic measuring meter includes a brightness current meter, a voltage meter, a power factor meter, a wattage meter, an over-temperature sensing meter, an total current meter, a total voltage frequency meter, a GPS latitude and longitude measuring device and a memory; When the external AC power input is over-powered, the monitoring and control unit obtains the data measured at the load end of the components in each street lamp module as a parameter of power consumption; wherein, The memory is used to record the data measured at the load end of the components in the electronic meter; The monitoring control unit is used to obtain the measurement data of the load end of each component in the electronic measuring meter, convert it into a signal format that can be transmitted on the Internet through the signal converter, and then add a location identifier by the wireless communication unit, and pass The local area network is transmitted back to the system management server; wherein; The wattage meter may also receive the location identifier in the wireless communication unit, and a switch wattage accumulative meter reset command transmitted by the system management server via the signal converter. 2. The intelligent LED street lamp network power monitoring and reporting system according to claim 1, wherein the system management server includes an alarm display. 3. The intelligent LED street lamp network power monitoring and reporting system according to claim 1, wherein the memory includes a ferroelectric memory with no write-time limit.