KR20070115553A - Device of street lighting using in rfid - Google Patents

Abstract

A street lighting device using an RFID is provided to observe the state of an electric power line like a leakage current, a disconnection, and a short circuit in real-time by applying a safety voltage under 30V to the electric power line. A street lighting device using an RFID includes a central control part(510), an RFID reader, a switch box device(530), and an RFID street lighting control device(540). The central control part has the server computer. The server computer mutually communicates with an RFID switch box control part and exchanges data. The RFID reader has a display part displaying data, a body including a control device, and an antenna exchanging wireless data. The switch box device includes a switch control part, a safe voltage applying device, a manual timer device, a manual/auto selection switch part, a magnetic switch, and a manual operation button part. The RFID street lighting control device executes a turning on and off control and transmits information of the street lighting and a peripheral device to an external RFID reader.

Description

Streetlight device using RFID {Device of Street Lighting Using in RFID}

1 is a configuration diagram of an entire streetlight device.

The present invention relates to an existing street light control device and system for controlling or managing a distribution box control unit (or distribution box control device) or a street lamp main control device in the direction of a street lamp blinking control device installed in a distribution box in a central control system. Most of the inventions involve various communication methods such as one-way VHF, two-way VHF, CDMA, and power line communication, depending on the method of transmitting specific data on the carrier of the frequency band.

In addition, since the existing streetlight device knows the information about the distribution box or the history of streetlights installed in the site through a document or booklet, in case of troublesome work and change of site manager in the field, the new manager is assigned to the senior manager. There was a difficulty to accompany one-on-one when receiving the takeover, and to take over the contents of the location and device information of all places.

The existing distribution box control device or street lamp control device opens the distribution box (including the control device) or street lamp (including the control device) in the field when the administrator manages or repairs the device. It could be confirmed by using or using only the display device of the device, there was a disadvantage that takes a lot of time to check this failure.

The contents of the existing streetlight control method are as follows.

Initially, the unidirectional VHF method was only a simple on / off control method, and the bidirectional VHF method was able to determine only the on / off control of the street light and the presence or absence of the failure of the street light. In addition, the CDMA method using a recent CDMA module or modem is a method that can be confirmed even if the ballast or lamp failure by adding many functions.

However, all of these street light apparatuses, even if the administrator detects a failure in the central control at the time of failure of the street lamp, if the street lamp is turned off at the time of inspection in the field, it is possible to determine which street lamp among the numerous street lamps is normal In order to supply power to the streetlight, there was no choice but to determine whether there were any abnormalities.

For example, when a manager arrives at the site by detecting the failure of the 5th streetlight ballast of the 1st distribution box and the 6th streetlight lamp failure in the existing streetlight device, several streetlight distribution boxes are adjacent to the road of the site. If the road is curved, there is a disadvantage in that the correct failure state cannot be found by finding the corresponding street lamp that has failed.

In the invention of the streetlight management device using the GPS signal reception and two-way remote communication (application number: 20-2003-0012941), the control computer for driving and embedding the operating program of the system; A remote communication unit configured to be connected to the control computer to exchange information with each other through wireless communication; It is a system composed of commercial GPS receivers, etc., which are connected to a control computer. It is also different in that each distribution box or street lamp is not connected to a control device or a monitoring device and does not use an RFID tag.

In the design of the street light control device (application number: 20-2003-0019317), by constructing a control means having an earth leakage protection function (or an electric shock protection function) while using an illumination sensor and a time switch, it is installed on the outer circumferential surface of the street lamp. The method of operation differs from the present invention in that there is no RF distribution box control unit (or distribution box control device), RF street light main control device and RFID reader.

In the invention of the wide area street light system (application number: 10-2003-0006213), the central control device and a plurality of switchboards for distributing electricity by a plurality of lines, the circuit breaker and the earth leakage breaker provided in the switchboard power off Alternatively, an actuator for switching to a power connection state, an insulation resistance meter mounted on a line for connecting a street lamp to detect a short circuit through the insulation resistance measurement of the line, and a reflected wave that oscillates and returns a signal wave on the line for connecting the street light The method includes a line monitor that detects and processes and measures a short circuit and a disconnection position. The present invention relates to a short circuit and a disconnection position measuring method in a switchboard, and includes an RFID reader and an RFID distribution box control unit (or, Distribution box control device), RFID street light main control device is different from the present invention.

The invention of the street lamp control system and method (application number: 10-2002-0076689),

It is composed of a host controller unit, a sub-controller unit, and a street light controller unit, and the control signal of the host controller for controlling the input, management and repair of the control signal and the control signal of the mobile phone of the mobile phone repairer A street lamp is controlled to be turned on or off in part or in part, and is connected to the wired / wireless communication network and the power line communication network between the host controller and the street lamp controller and is controlled by a control signal of a mobile phone of a person repairing the street light. RFID reader, RFID distribution box control unit (or distribution box control unit), RFID streetlights to diagnose and identify faults in the field Pattern composed of controller Name is a different way.

The invention of the street lamp control method using the mobile communication (application number: 10-2003-0032856), the central control center is composed of a street lamp control command server and a mobile communication terminal, the street lamp control unit and street lamp lighting lamp driving unit in the distribution box The control unit comprises a monitoring unit and a mobile communication modem, and the server for the street lamp control command checks and dials the telephone number of the street lamp distribution box corresponding to the control command through the mobile communication terminal, and the control command when the street lamp distribution box arrives. The central control center monitors the current state of the street lamps while the central control center and the street lamp distribution box transmit predetermined data to each other using mobile communication. In such a way that

The tag module is not coupled to the distribution box control device, and the configuration is different from the present invention in that there is no RF street light main control device and an RFID reader.

 In the use of the safety voltage in the street lamp control device, the existing distribution box control device and street lamp main control device was mostly a device that can not use the commercial power supply and safety voltage at the same time.

In addition, in some inventions that allow the use of the safety voltage, a separate control method is used, in which the power supply device for commercial power supply and the safety voltage power supply device are used separately, and the two power supply circuits are switched and used when necessary, so as to control the whole. There was a disadvantage that the price of the device increased and the size of the power supply doubled.

However, the present invention is different from the existing invention in that the safety voltage applying device in the distribution box is implemented to supply the safety voltage by using an electronic circuit to each streetlight main control device.

1. The present invention manages the lighting state of the street light, and can improve the performance of the entire street light system and apparatus by using RF ID technology, which is a radio frequency identification technology in the street light control system capable of total or individual control, It is intended to facilitate the management and after-sales service of the streetlight device.

2. The present invention comprises four devices: a central control unit, an RFID reader, a distribution box control unit including an RFID distribution box control unit, and an RFID streetlight main control unit.

3. Implement RFID reader which recognizes data of RFID standard stored in tag module unit and can additionally store new data in memory.

4. By using RFID reader, it is possible to identify and manage the operation status of the distribution box and the street lamp caution and the failure history so far, and to operate it at commercial power supply and safety voltage. RFID) Distribution box control unit (or distribution box control device), and RFID (RFID) streetlight main control device is implemented.

5. In the present invention, CDMA communication, power line communication, wireless (VHF) communication, ZigBee (ZigBee) communication, WiBro communication, such as a street light control device or system using a communication module and radio frequency identification technology (RFID) is combined Implement an innovative RFID street light device that enables two-way data transmission.

6. The RFID distribution box control unit (or distribution box control device) of the present invention includes a display unit, an external communication module unit, an internal communication module unit, an external communication monitoring microcomputer unit, a control device control command microcomputer unit, and self recovery. It consists of the microcomputer part, sensor detecting part, tag module part, charging circuit part, battery part, power supply part, filter part and internal reader part, and the characteristics and operation state of the device are stored in the tag part memory through the internal reader part. do. Information on the characteristics and operation status of the device stored in the memory of the tag unit can be obtained by using an RFID reader carried by the administrator to determine the characteristics and operation states of the distribution box (including the control unit) and the distribution box control unit outside the distribution box. have.

7. The RFID street light main control apparatus of the present invention includes a tag module unit, an internal reader module unit, a unique number (ID) setting unit, a column controller at both the general commercial voltage (normally 220V or more) and safety voltage (30V or less). Common voltage safety voltage common power supply unit to supply power for operation, CT unit sensing the current value of each individual street lamp, ZCT unit sensing the leakage current value of each individual street lamp, Commercial voltage safety voltage Filter unit for removing power noise generated from the common power supply unit 450 and the ballast for street lights, commercial voltage (usually 220V or more) and safety voltage (30V or less) is input, the input unit connecting the CT and ZCT, Select whether the commercial voltage (usually 220V or more) and safety voltage (30V or less) are directly connected to the ballast for the street lamp or operate by the control command of the column controller. Output control part which is connected to the ballast for street lamp or the lamp controller according to the selection of the mode conversion part and mode conversion part, and monitors the current status of the lamp for the street lamp and detects whether lamp is turned off or lamp abnormality It is composed of a lamp detection unit for transmitting a control command processing microcomputer unit, the characteristics and operation state of the device is stored in the memory of the tag module unit through the internal reader unit. Information on the characteristics and operation status of the device stored in the memory of the tag module can be checked by using the RFID reader carried by the administrator to understand the characteristics and operation status of the street lamps (including the control device) from the outside of the street lamps. Allows direct communication with the reader.

1 is a configuration diagram of an entire streetlight device.

Reference numeral 510 is a central control device (server computer) that transmits a control command to an RFID distribution box control unit (or distribution box control device) using an internet network and manages individual operation states of each street lamp.

520 is an Internet network which is a data transmission path between an RFID distribution box control unit (or distribution box control device) and a central controller (server computer).

The 530 is configured to transmit an operation state of each street light to the central control unit (server computer) or to transmit control commands of the central control unit (server computer) to each RF street light main controller. (RFID) Distribution box control unit (or distribution box control unit).

540 is an RFID street light main control device installed in various areas.

The 550 reads data stored in an RFID distribution box control unit (or distribution box control device) or a tag module of an RFID streetlight main control device, or stores new data in a memory. An RFID reader is a device comprising a display unit for displaying data, a main body including a control device, and an antenna unit for transmitting and receiving wireless data.

2 is a block diagram of devices connected to an RFID distribution box control unit (or distribution box control device).

Reference numeral 80 denotes a control unit that performs control commands and operations of operations of various devices in the distribution box (or distribution box control device).

Reference numeral 90 denotes a safety voltage applying device that applies a voltage of 30 V or less on a line to monitor the line when the street light is turned off during the day.

Denoted at 110 is a manual timer device for turning on a street lamp at a predetermined time by manually switching the RFID distribution box control unit in case of a failure.

Denoted at 120 is a manual / automatic selection switch.

Reference numeral 130 denotes a manual operation button of the magnetic switch (MC) device.

Reference numeral 100 denotes a control signal line of the magnetic switches 1 and 2 in the control unit.

Reference numeral 200 denotes a power line for applying a safety voltage to the control unit, and is also used as a communication line during power line communication.

300 is a data signal line for transmitting a current value from the current detection sensor CT to the control unit, and is connected to the lower end of each ground circuit breaker unit.

Reference numeral 400 is a data signal line for transmitting the leakage current value from the leakage current detection sensor (ZCT) to the control unit, and is connected to the lower end of each leakage circuit breaker unit.

3 is an overall configuration diagram of the distribution box.

Denoted at 10 is a main power circuit breaker for turning on and off the applied power supply.

Reference numerals 20 and 30 denote mechanical switches that perform on-off operations in accordance with control signals from the control unit.

(40), (50), (60), and (70) are ground fault circuit breakers that automatically turn off the power when the ground fault occurs.

500 is a distribution box control unit that controls a switch in a distribution box, transmits and receives data through communication with a central controller, and communicates with an RFID streetlight main controller.

140 is a load side that is located at the bottom of the earth leakage breaker can connect the street lamps for each branch.

4 is a block diagram of an RF distribution box control unit control unit.

150 is a display unit showing a current operation state of the control unit.

160 denotes an external communication module (or an external modem unit) for transmitting and receiving data using a central controller (server computer) and the Internet.

Reference numeral 170 is an internal communication module unit for transmitting and receiving data through an RFID street light main control device and a communication line.

Reference numeral 180 is a microcomputer for monitoring the external communication module for monitoring the communication status of the external communication module (or external modem unit) in real time.

190 is a microcomputer for monitoring the internal communication module for monitoring the communication status of the internal communication module in real time.

Reference numeral 210 denotes a control device control command microcomputer unit which is responsible for various control commands of the control device.

220 is an abnormal operation of the external communication module (or external modem unit) monitoring microcomputer unit 180, the internal communication module monitoring microcomputer unit 190, and the control device control command microcomputer unit 210 stop operation or device operation It is a self-recovering microcomputer unit that recovers the device by automatically detecting and resetting it.

230 is a sensor detecting unit for performing current sensing using a CT and detecting a leakage current using a ZCT.

240 is a charging circuit unit that detects a power failure, charges a battery at normal times, and uses a battery power at a power failure.

250 is a battery part.

260 is a power supply unit in charge of power supply.

270 is a filter unit to block noise of the power supply.

280 is an output control unit for controlling the output operation of the distribution box flasher, the manual operation button of the safety voltage applying device 90, manual timer device 110, manual / automatic selection switch 120, magnetic switch (MC) device 130, a control signal line 100 of the magnetic switches 1 and 2, a power line communication line, and a power line 200 applying a safety voltage.

Reference numeral 285 denotes an internal reader for reading and storing the distribution box-related data in the memory of the tag module unit, and may transmit data by directly communicating with an external RFID reader.

Reference numeral 290 denotes a tag module unit for storing the characteristics and operation states of a distribution box or a distribution box control unit in a memory. The tag module unit reads or stores distribution box related data using an internal reader unit or an external RFID reader. .

5 is a block diagram of an RFID street light main control device.

410 is a communication module unit for communication with the RFID distribution box control unit.

415 is a communication microcomputer unit.

Reference numeral 420 denotes a microcomputer for processing the column control command.

430 is a self-recovery for initializing the device by automatically detecting this by giving a reset command to the microcomputer unit when the communication microcomputer unit 415 and the microcomputer control unit for processing the microcontrol unit 420 is abnormally operated or the operation is stopped. It's a microcomputer.

440 is a unique number (ID) setting unit that can give a unique number (ID) to a plurality of street light.

450 is a commercial voltage safety voltage common power supply unit for supplying power to operate the streetlight main control device at both a general commercial voltage (normally 220V or more) and a safety voltage (30V or less).

Reference numeral 460 denotes a CT unit for detecting a current value of each individual street lamp.

Reference numeral 470 denotes a ZCT unit for detecting a leakage current value of each street lamp.

Reference numeral 480 is a filter unit for removing power noise generated from a commercial voltage safety voltage common power supply unit 450 and a ballast stabilizer used in an RFID streetlight main control device.

490 is a commercial voltage (usually 220V or more) and the safety voltage (30V or less) is input, the input unit connecting the CT and ZCT.

491 is a mode conversion unit for selecting whether the input commercial voltage (usually 220V or more) and safety voltage (30V or less) are directly connected to the ballast for the street lamp or operate by the control command of the street lamp main controller.

492 is an output control unit which plays a role of connecting to a ballast for a street lamp or a column controller according to the selection of the mode converter 491.

493 is a lamp detection unit that monitors the current state of the lamp for streetlight and detects whether the lamp is turned off or is abnormal, and transmits it to the microcomputer unit 420 for processing the lamp control command.

494 is an internal reader for reading and storing data related to street lamps, ballasts, lamps, etc., in the memory of the tag module unit, and may transmit data by directly communicating with an external RFID reader.

495 is a tag module unit for storing the characteristics and operation state of the device related to street lamps, ballasts, lamps, etc. in the memory, and may read or store data using an internal reader unit or an external RFID reader. have.

Operation of the RFID street light device of the present invention is as follows.

 The control unit control command of the RFID distribution box control unit located in the distribution box, the microcomputer unit 210 calculates and stores the data of the sunrise time and the sunset time of 365 days a year, and when the sunset time of each day, Sending an ON control signal to the magnetic switch (20, 30) to apply power to the power line, and automatically through the internal communication module 170, the communication module unit of the RF street light main control unit ( 410, through the communication microcomputer 415 and the microcontroller command processing microcomputer 420, by passing a lighting command to turn on the lamp, when the sunrise time again the internal communication module 170 automatically Through), through the communication module unit 410 of the street lamp main control unit, and through the communication microcomputer 415 and the microcomputer control unit for processing the column control command 420, the RF lamp (RFID) street light main control unit to turn off the command I'm Thereby to extinguish the lamp. At this time, the unique number setting unit 440 of each RFID street light main controller so as to distinguish each RFID street light main control unit, and sets the unique number of the device, and to the total number of street light The data is stored at the same time in the control unit control command microcomputer unit 210 of the RFID distribution box control unit and can communicate with the RFID streetlight main controller.

 After the lamp is extinguished at sunrise time, the control unit control command of the RFID distribution box control unit transmits an operation command to the safety voltage applying device 90 again between the distribution box and the street lamp holder. Commercial power supply (normally 220V) is supplied to the power supply line, and a safety voltage of 30V or less is supplied, and a safety voltage of 30V or less is also supplied to an RFID streetlight main controller. At this time, the RFID street light main control device can operate even 30V or less by the high power supply unit 450, and in the case of the failure of the RF street light main control device using the mode conversion unit 491, the RF ID (RFID) Operates ballast without streetlight main controller. In addition, when a failure occurs in the RFID distribution box control unit, when the manual / automatic selection switch 120 is manually switched, the lamp of the street lamp is turned on or off according to the set time of the timer.

As described above, while the RFID distribution box control unit is operating at a commercial power supply or a safety voltage, the current value flowing through the line can be detected using the current sensor 300, and the leakage current value of the line is a leakage current sensor. Detect using 400 and transmit the data to the central control unit. In addition, when the leakage current value exceeds the allowable value of the earth leakage breaker 40, 50, 60, 70, the power is automatically shut off.

In the device of the present invention, the line can be constantly monitored by applying a safety voltage to the line even during the daytime when the street lamp is turned off as described above, and when a leakage current or a breakdown occurs in the line, it can immediately detect and take action. However, in the existing apparatus or invention, even if a track failure occurs during the day, it was not possible to know information about the failure of the track until the lamp was turned on at night. In addition, the RF distribution box control unit uses an external communication module (or external modem unit) monitoring microcomputer 180 and an internal communication module communication monitoring microcomputer 190 to control the external communication module (or external modem unit). ) And the internal communication module unit, and has a dual monitoring system for monitoring again using the microcomputer unit 220 for self-recovery.

RFID street light main control device detects the current value of the individual street lamp using the CT unit 460, detects the leakage current value of the individual street lamp using the ZCT unit 470, for processing the lamp control command The microcomputer 420 and the communication sensing microcomputer 415 monitor the operation state of the street lamp and the operation state of the communication module at all times for 24 hours, and the operation state of these modems is the self-repair of the RF street light controller. Dual monitoring system for monitoring again using the microcomputer 430 for. In this case, the RFID street light main control device performs a columnar control with the communication microcomputer unit 415 through the communication module unit 410 when a situation such as leakage current, disconnection, ballast failure or lamp failure occurs. The control of the RFID distribution box control device via the communication module unit 170 of the RFID distribution box control device control unit through the command processing microcomputer unit 420 and the control command microcommunication unit 210. The external communication module (or external modem unit) 160 is used to transmit a fault command to the central controller (server computer) through the Internet network. This procedure operates the entire streetlight control system and system.

However, at any time in the central control unit (server computer), the administrator uses the external communication module (or external modem unit) 160 of the RFID distribution box control unit to control the RFID distribution box via the Internet. Negative Control Device Control Command When the microcomputer 210 transmits a turn on or off command, the RFID distribution box control unit recognizes the most preferred command until the next turn on or off time and performs a command of the central control unit.

In the RFID streetlight device of the present invention, the RFID distribution box control unit has two communication modules, an external communication module (or an external modem unit) and an internal communication module, and the external communication module (or External modem unit) is connected to the Internet network and connected to the server computer of the central control unit to receive control commands necessary to turn on or off several street lights, or to transmit the operation status of each street light to the central control unit (server computer). It is responsible for transmitting and receiving data with the communication module of RF street light main control device using the internal communication module. In addition, when the street lamp is turned on, commercial power is applied to the distribution box to turn on the street lamp, and when the street lamp is not turned on, a safety voltage of 30 V or less is applied to the distribution box to check the current state of the line.

In addition, the RFID streetlight main control device transmits and receives data to and from the internal communication module of the RFID distribution box control unit by using a communication module to report an operation state or a line state of an individual streetlight, or a central control device. The control command of the (server computer) can be transmitted through the RFID distribution box control device.

With this, the RF distribution box control unit and the central control unit (server computer) use the RF street light main control unit, and each individual street lamp is turned off at night when the lamp of the street light is turned on at night. You can get information about the operation status of ballast and ballast, and leakage current value of individual street lamps.

 When the street lights are turned off during daytime off or in order to save energy, a safety voltage of 30V or less is applied to the power line without the risk of electric shock to humans. It is a device to monitor the status. By doing so, the present invention is a state in which the voltage is always applied to the power line, the RF street light main control device can operate 24 hours, to monitor in real time the state of leakage of rainy season or the damage of the line due to road construction in real time This can prevent electric shock damage in advance. In this way, safety voltage is applied to the streetlight line even when the streetlight is not operating, so that various failures such as short circuit, short circuit, and disconnection can be easily recognized by the RF distribution box control unit and notified to the central controller. have.

In addition, the RF distribution box control unit is connected to the Internet network using an external communication module to connect to the server computer of the central control device, and the operation status of several distribution boxes and the operation status of a plurality of street lamps connected to the distribution box. The server computer is a street light apparatus that transmits data, and analyzes each piece of data to determine a control command for the operation state of each part or the whole of the current system, and transmit the command to the RF distribution box control unit.

If the RFID distribution box control unit accurately determines the current state of the system, even if there is no command from the central control unit, the RFID distribution box control unit can control the lighting on and off of the street lamp by itself. Device.

In another example, the RF streetlight device detected a failure of the streetlight ballast 5 in the distribution box 1 and the failure of the streetlight lamp 6 in the RFID distribution box control unit or the RF streetlight main controller. This information is notified to the central control unit and transmits information data on the failure details and the date from the RFID distribution box control unit or the internal reader of the RFID streetlight main control unit to the tag module unit.

When the manager arrives at the site for troubleshooting, there are several streetlight distribution boxes adjacent to the site road, and even if the road is curved, the information stored in the tag module is read using the RFID reader. You can check the faulty distribution boxes and street lamps. You can check the information on the exact contents of the fault immediately on site to perform the repair and store the information on the repair history again in the tag module.

As described above, the RFID reader is related to the distribution box or street lamp stored in the memory of the RFID street lamp main controller or the tag module unit of the RFID module attached or coupled to the inside or outside of the distribution box or street lamp. A device that can read and store data back to memory.

Claims (3)

Central control unit consisting of a server computer that directly connects to the Internet network and communicates with the RF distribution box control unit via the external communication module of the RFID distribution box control unit and transmits and receives data. RF reader (RFID) reader consisting of a display unit for displaying data, a main body including a control device, an antenna unit for transmitting and receiving wireless data, RF distribution box control unit that performs control commands and operations of various devices in the distribution box, and monitors the line status by measuring data about short circuit, disconnection, leakage current, etc. when the street light is off during the day. Safety voltage applying device for applying voltage below 30V on the track, manual timer device, manual / automatic selector switch, magnetic switch Distribution box device, consisting of a manual operation button, RF street light main control device which performs lighting and extinguishing control of street light and transmits information of street light and peripheral device to external RFID reader, RF street light device consisting of four (central control device, RFID reader, distribution box device, RF street light main control device). In the RF street light device of claim 1, RFID street light main control device is a communication module unit for communication with the distribution box control unit, a communication microcomputer unit for controlling the operation of the communication module unit, a microcomputer unit for the column control command processing, a communication microcomputer unit and a streetlight main control command processing When the microcomputer part operates abnormally or stops operation, it automatically detects it and issues a reset command to the microcomputer unit to reset the device. ) The setting part, the commercial voltage safety voltage power supply for supplying power for the controller to operate at both the general commercial voltage (normally 220V and above) and the safety voltage (below 30V), and detects the current value of each individual street lamp. CT section for detecting, ZCT section for detecting leakage current value of each street lamp, commercial voltage safety used in the column controller Filter unit for removing power noise generated from voltage power supply unit and street light ballast, power supply unit with commercial voltage (usually 220V or higher) and safety voltage (30V or lower), input unit connecting CT and ZCT, input commercial voltage Mode converter which selects the mode (normally 220V or more) and the safety voltage (below 30V) are directly connected to the streetlight ballast and the mode operated by the control command of the streetlight main control device. Output control part that connects to ballast or to controller of lamplight, and monitors the current status of lamp for lamp and detects whether lamp is turned off or lamp abnormality and delivers it to microcomputer for processing lamp control command. Tag tag that can store distribution box device related data by internal reader module or external RFID reader Unit, or reads data portion tag module by the control unit commands the microcomputer commands that are composed of a reader module that can store data in the memory portion tag module, RFID street light device including RFID street light main control device. In the RF street light device of claim 1, RF distribution box control unit that performs the operation and control commands of various devices in the distribution box, the display unit showing the current operation status of the control unit, external communication for transmitting and receiving data using the central control unit (server computer) and the Internet network Module unit, communication module unit for transmitting / receiving data with the main street lamp control device, external communication module monitoring microcomputer unit for real time monitoring of communication status of external communication module unit, internal communication module monitoring for real time monitoring of communication status of internal communication module unit Microcommunication unit, control unit responsible for various control commands of the control unit control unit microcomputer unit, external communication module monitoring microcomputer unit and internal communication monitoring microcomputer unit, and control unit control command microcomputer unit Self-recovering microcomputer unit to detect and automatically reset the device to recover Current sensing using CT, sensor detection unit for detecting leakage current using ZCT, charging circuit unit and battery unit to detect power failure, charge battery normally and use battery power during power failure Power supply unit responsible for power supply, filter unit to cut off noise of power supply, output control unit to control operation of distribution box flasher, internal reader module or external RFID reader It consists of a tag module unit that can be stored, a reader module unit that can store data in the memory of the tag module unit by reading the data of the tag module unit or by the command of the control command microcomputer, RFID (RFID) street light device including a distribution box control unit.

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