KR100908485B1 - Control system for lamps - Google Patents

Abstract

A central control system of energy-saving lamps for public places or roads is provided to enable the power-saving lamp to be easily and conveniently repaired or exchanged for another one, which results from a separately installed substrate. A housing(100) comprises a main body(110). A substrate(200a) is mounted in a receiving portion and has a plurality of LEDs mounted thereon. A cover(120) covers the LEDs and the substrate. A control module is built in the receiving portion of the main body. A relay includes a connector(201) which connects the relay to the control module. A socket is formed along the side of the relay. An insertion terminal formed on the one end of a panel is inserted into the socket.

Description

Central control system for energy saving luminaires {Control system for lamps}

The present invention relates to a central control system of a power-saving luminaire that illuminates public places and roads while repeatedly blinking, such as street lamps or security lamps.

Street lamps or security lamps managed by government offices are installed in many times to promote the safety of driving and walking of traffic vehicles and pedestrians at night time, and to create beautiful city night views.

Such streetlights or security lamps (hereinafter referred to as "light fixtures") have conventionally been used as resistive light bulbs such as incandescent lamps, but resistive light bulbs have low power efficiency, short lifespan, and high heat generation.

Since then, LED lamps, which have a relatively long lifespan and excellent luminous efficiency, have been widely used as luminaires instead of resistor bulbs.

However, the luminaire used as a street lamp or a security light has a problem that the life of the light source is shortened because its use is made continuously while repeating the flashing every day. In addition, since a plurality of such luminaires are distributed and distributed in various places, there was also a problem that comprehensive management for various maintenance as well as replacement of the light source was inconvenient.

On the other hand, because the government centralized control of flashing and various maintenance of the street lights or security lights distributed in one place, the extension of the life of the luminaire was required development to increase the management efficiency.

Accordingly, the present invention has been made to solve the above problems, and to provide a central control system of a power-saving luminaire that can extend its life in order to improve the management efficiency of the luminaire that is used and managed publicly. .

The present invention to achieve the above technical problem,

A housing having a main body having an accommodating part therein, a substrate mounted on the accommodating part and separated into two or more sets in which a plurality of LEDs are blinked at the same time, and communication means for receiving control signals transmitted by wires or wirelessly A luminaire having a control module having a control module configured to alternately execute flashing of the LED according to the control signal by a separate set;

A central controller for transmitting a control signal for controlling the blinking of the luminaire under the control of the manager terminal; And

Relay system for transmitting the control signal received from the central controller to each luminaire while communicating with a plurality of luminaires, wired or wireless;

The central control system of the energy-saving luminaire comprising a.

According to the present invention, it is possible to greatly extend the life of the LED while alternately blinking the LEDs installed in the luminaire, and to separate the substrate to systematically manage the alternating blinking of the LED, to control the central The overall management of the replacement and maintenance of the luminaire under the system is easy.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a state of the central control system according to the present invention, will be described with reference to this.

In the central control system according to the present invention, a plurality of luminaires 10, 10 ′, 10 ″ distributed in various places communicate with the relay system 20 by wire or wirelessly, and the relay system 20 is a main communication network ( 30) is connected to the Internet to communicate with the central controller (40).

On the other hand, the central controller 40 communicates with the manager terminal 50 via the Internet, and is controlled by the manager.

To this end, the luminaires 10, 10 ′, 10 ″ communicate by wire or wirelessly with the communication means 370 (see FIG. 10) for communication with the relay system 20.

Here, the communication means 370 may be wired or wireless communication between adjacent luminaires 10 'and 10 ", and in the case of wireless communication, a short range communication standard such as Bluetooth may be applied. In the case of the luminaire 10 ″ located at a long distance, a stable and precise remote management is possible through the relay communication between the relay 20 and the adjacent luminaire 10 ′ positioned between the luminaire 10 ″.

For reference, in the central control system according to the present invention, while the communication between the luminaires 10, 10 ', 10 "and the relay system 20, the luminaire and the luminaire is bidirectional, the administrator is connected to the Internet manager terminal (50) ), The flashing of the luminaires 10, 10 ', 10 "can be controlled and managed remotely, and the luminaires 10, 10', 10" can be controlled by the administrator terminal via the Internet. 50 can be sent.

Figure 2 is an exploded perspective view showing a state of the luminaire according to the present invention, Figure 3 is a block diagram showing the configuration of the luminaire according to the present invention, will be described with reference to this.

The luminaire 10 according to the present invention is transparent to cover and protect the main body 110 and the LED 202 and the substrate 200a having an accommodating portion therein for accommodating the substrate 200a on which the LED 202 is mounted. A translucent material cover 120 and a housing 100 made of a frame 130 covering and fixing the cover 120.

Since the luminaire 10 according to the present invention is for illuminating the ground, the irradiation direction of the LED 202 will be downward, and the cover 120 will cover and protect the opened bottom of the main body 110. However, the luminaire 10 according to the present invention can be applied to a luminaire that illuminates the exterior of a building upwards in addition to a street lamp or a security lamp, and the structure of the luminaire 10 will not be limited to the above-described configuration.

The unexplained withdrawal number '111' is a 'locking groove', and is molded for fixing with a pole 11 (see FIG. 9).

The luminaire 10 constituting such a mechanical structure further includes a control module 300 for controlling the blinking of the LED 202 mounted on the substrate 200a. Control module 300 may be built in the receiving portion of the main body 110, may be disposed separately from the luminaire 10 for the convenience of management.

The control module 300 controls the blinking of the plurality of LEDs 202 mounted on the substrate 200a. After separating the LEDs 202 in sets, the control unit 300 separates the blinking of the LEDs 202 by the sets. do. For example, if 50 LEDs 202 are separated from a board 200a on which 100 LEDs 202 are mounted, and each of two sets of 'ga' and 'me' is removed, the double 'ga' sets are turned on. The 'I' set goes out, and when the 'I' set lights up, the 'A' set goes out. In addition, the manager can control the flashing of the 'ga' and 'me' set using one switch means (330 (see FIG. 10)), if the administrator adjusts the switch means 330, the 'ga' set is turned on, When the next switch means 330 is turned off after turning off the 'ga' set, the 'b' set is turned on rather than the 'ga' set.

As a result, the luminaire 10 in which the LEDs 202 are separated into two sets has a continuous flashing of the LEDs 202 every other day, so that the load thereof is greatly reduced and the life is extended. Of course, increasing the set of LEDs 202 will increase the lifespan effect.

The lighting of the luminaire 10 may be made manually by an administrator by directly adjusting the switch means 330, but is automatically made by using a timer 320 (see FIG. 10) or a daylight sensor 400 (see FIG. 10). You may.

This will be described in more detail below.

On the other hand, the board 200a and the control module 300 form an electrical connection through the connector 201 and the adapter 301.

Figure 4 is a perspective view showing a first embodiment of the luminaire substrate according to the present invention, Figure 5 is a block diagram showing the configuration of the luminaire according to the present invention according to Figure 4, it will be described with reference to this.

The substrate 200b of the luminaire according to the present invention has a structure that is easy to assemble and detach, and for this purpose, the substrate 220b is a panel 220a on which the LED 202 is mounted, and the panel 220a is mechanically and electrically connected. It includes an intermediary (210a) detachable. For reference, in the detailed description, the withdrawal numbers of the intermediary and the panel are differently applied as '210a to 210c' and '220a to 220c' according to the embodiment. However, in the following claims, the withdrawal numbers of the intermediary and the panel are respectively '210'. Represented with 'and' 220 'will be withdrawn.

The intermediary 210a includes a connector 201 for connection with the control module 300, and a plurality of sockets 211 for mechanical and electrical connection with the panel 220a are formed.

The socket 211 may be formed along the side of the intermediary 210a as shown, but may be variously modified according to the arrangement of the panel 220a.

On the other hand, the panel 220a has a plurality of LEDs 202 mounted therein, and an inlet terminal 221 inserted into the socket 211 is formed at one end thereof, so that the manager can control the plurality of panels (centered on the relay 210a). 220a) can be attached and detached.

The control module 300 may control the blinking of each substrate 220b instead of the LED 202 on the substrate 220b having the above-described structure. Therefore, the load by controlling the LED 202 can be minimized, and the structure of the substrate 220b can be simplified, so that the production and management of the substrate 200b and the operation efficiency of the luminaire 10 can be improved. .

In addition, when the substrate 220b according to the present invention needs to replace only the panel 220a on which the LED 202 is mounted when a problem occurs in the LED 202, when one LED 202 reaches its end of life or fails, Even if the other LEDs 202 are normally driven, the management efficiency is improved as compared with the conventional luminaire which needs to replace the entire substrate.

Figure 6 is a perspective view showing a second embodiment of the luminaire substrate according to the present invention, will be described with reference to this.

The substrate 200c according to the present invention includes an intermediary 210b and a plurality of panels 220b, wherein the panel 220b has a predetermined number of LED units 222 on which the LEDs 202 are mounted at predetermined intervals. Spaced apart from each other, a through hole 223 is formed between the LED portion 222 through the LED portion 222 'of the other panel 220b'.

That is, while the LEDs 222 and 222 'and the panels 220b and 220b' having the through holes 223 and 223 'are engaged with the upper and lower duplex layers, the entire bottom surface is covered with the LED portion 222. As a result, even though the LEDs 202 divided by the panels 220b and 220b 'alternately blink, light emission is uniformly performed on the entire bottom surface of the substrate 200c, so that the lighting effect felt from the outside becomes stable.

Meanwhile, each of the panels 220b and 220b 'may make an electrical connection through the relay 210b and a cable (not drawn out). For this purpose, a plurality of connection terminals 212 are formed in the relay 210b, and corresponding terminals 224 and 224 'are formed in each of the panels 220b and 220b'. Of course, both ends of the cable are connected to the connection terminal 212 and the connection terminals 224 and 224 ', thereby making an electrical connection between the relay 210b and the panels 220b and 220'. In addition, the control module 300 connected to the substrate 200c through the intermediary 210b controls the blinking for each of the panels 220b and 220b '.

7 is a perspective view showing a third embodiment of the luminaire substrate according to the present invention, Figure 8 is a cross-sectional view showing the use of the substrate shown in Figure 7, it will be described with reference to this.

The substrate 200d according to the present invention includes an intermediary 210c in which a plurality of assembly grooves 213 are formed, and a panel 220c engaged with the assembly groove 213.

The assembly groove 213 has a hole shape penetrating through the intermediary 210c, and a locking jaw 214 is formed to support the panel 220c seated on the upper surface along an edge thereof, and an upper surface of the locking jaw 214 is upward. An open outlet 215 is formed.

Meanwhile, the panel 220c has a plurality of LEDs 202 mounted thereon, and an edge thereof has a shape that can be caught by the latching jaw 214 and includes a plug 225 inserted into the outlet 215.

Subsequently, the plug 225 is a power supply means for turning on the LED 202 mounted on the panel 220c, and the outlet 215 includes a conductor 215a electrically contacting the plug 225. At this time, the conductor 215a preferably has elasticity for close engagement with the plug 225.

As a result, while being able to attach and detach the plurality of panels 220c with the relay 210c, it is possible to proceed economically and easily replacement of the LED 202 at the end of its life, and only by the weight of the panel 220c, the relay 210c Since electrical and mechanical cohesion is achieved), the installation and management of the registration tool 10 is facilitated.

9 is a view showing the installation of the luminaire according to the present invention, Figure 10 is a block diagram showing another configuration of the luminaire according to the present invention, will be described with reference to this.

The luminaire 10 according to the present invention may be installed in the electric pole 11 and used as a street lamp. In this case, since the lamp 10 is disposed at a high position, the control box 20 protecting the control module 300 may be disposed at the bottom of the pole 11 for easy management of the manager.

On the other hand, the control module 300 distinguishes a plurality of LEDs 202 or panels 220a, 220b, 220c (hereinafter '220') and the control means 310 for controlling the flashing and check the current time or the flow of time A timer 320, a relay 330 for controlling the blinking of the lamp 10, an input means 340 for inputting a control signal through a manager's operation, and a control appearance and input means of the control means 310. Output means 350 for outputting the content input to the 340 to the outside, a storage means 360 for inputting information on the control method according to the control signal, etc., and communication means for receiving an external signal and sending an internal signal 370.

In addition, the lamp 10 may further include a daylight sensor 400 for detecting day and night illumination, and an illumination sensor 500 for detecting brightness of the lamp 10.

The control means 310 controls the flashing of the lamp 10, and identifies the LED 202 or the panel 220 to control the flashing.

The timer 320 checks the current time and transmits it to the control unit 310. The control unit 310 receives the current time and determines and controls whether the LED 202 or the panel 220 is blinking. . That is, when the administrator sets the lighting time of the luminaire 10 to 7:00 pm and the off time to 7:00 am, if a signal is transmitted from the timer 320 at 7:00 pm or 7:00 am, the control means 310 ) Controls the blinking of the corresponding LED 202 or panel 220 according to the set matter.

In addition, the timer 320 detects the passage of time, and when the administrator sets the lighting or turning off period, the control unit 310 controls the information so that the LED 202 or the panel 220 is turned on or off after the corresponding period elapses. ).

The relay 330 is provided with the number of the separated LEDs 202 or the panel 220, and receives the control signal of the control unit 310 to flash the corresponding LED 202 or the panel 220.

The input means 340 transmits a control signal input by the operation of the manager to the control means 310, the driving method of the input means 340 may be various, such as button type, touch screen type, voice signal input type. .

The output means 350 outputs the driving state of the LED 202 or the panel 220 by means of visual or auditory so as to be recognized from the outside, and may be variously monitored, lamp-type, or speaker-type. have.

The storage unit 360 stores information input and set by an administrator. The storage unit 360 may be a RAM or a hard disk.

The communication means 370 allows an administrator to control the control module 300 using a wireless controller 600 such as a radio or a remote control without direct manipulation of the input means 340. Receives a control signal from the radio controller 600, transmits it to the control means 310, or receives the output signal transmitted from the control means 310 and transmits to the radio controller 600. On the other hand, the communication means 370 controls the wired and wireless communication with other adjacent luminaires or relay system 20. Therefore, the control means 310 of the lamp 10 can receive and process the control signal transmitted from the relay view 20, and check the blinking state of the lamp to transmit information to the relay view 20 The control signal of the relay system 20 can be transmitted to adjacent luminaires.

The daylight sensor 400 detects the ambient brightness of the luminaire 10 so as to determine whether the luminaire 10 is turned on by the control unit 310. When the illuminance is equal to or greater than a certain lux, the luminaire 10 ) Is turned off and the luminaire 10 is turned on when it is below a certain lux.

The illuminance sensor 500 detects the brightness of the lighting of the lamp 10 itself, and the control unit 310 uses the sensing signal transmitted from the illuminance sensor 500 when the brightness of the lamp 10 is less than or equal to a predetermined lux. 202) is deemed to have reached the end of its life and the manager is notified. The notification method may be output to the outside through the output means 350 or transmitted to the wireless controller 600 of the manager through the communication means 370.

Meanwhile, the control unit 310, the timer 320, the relay 330, the storage unit 360, and the communication unit 370 may be mounted in the housing 100 so as to be integrally manufactured, stored, and managed. In addition, when the luminaire 10 is placed in a low position, the input means 340 and the output stage 350 may also be mounted in the housing 100, and the daylight sensor 400 and the illuminance sensor 500 may also be mounted. It may be mounted on the housing 100.

However, since the mounting positions for the components constituting the luminaire 10 may be variously modified according to the installation position, the operation method, and the use of the luminaire 10, various changes are made within the scope of the following claims. It may be modified to make.

1 is a view showing a state of the central control system according to the present invention,

Figure 2 is an exploded perspective view showing the appearance of a luminaire according to the present invention,

3 is a block diagram showing the configuration of a luminaire according to the present invention,

4 is a perspective view showing a first embodiment of a luminaire substrate according to the present invention;

Figure 5 is a block diagram showing the configuration of a luminaire according to the present invention based on Figure 4,

6 is a perspective view showing a second embodiment of the luminaire substrate according to the present invention;

7 is a perspective view showing a third embodiment of a luminaire substrate according to the present invention;

FIG. 8 is a cross-sectional view showing a usage of the substrate shown in FIG. 7;

9 is a view showing the installation of the luminaire according to the present invention,

10 is a block diagram showing another configuration of a luminaire according to the present invention.

Claims (8)

A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , The relay 330 for controlling the energization of the LED 202 separated by the set, the input means 340 for receiving and transmitting the flashing control signal of the LED 202 by wire or wirelessly, and the lighting signal of the flashing control signal The control unit 310 selects one of the sets at the time of reception and drives the corresponding relay 330, and alternately executes the flashing of the LED 202 for each of the separated sets according to a set control signal or an input control signal. Further comprising a control module 300; The board 200 includes a relay 210 having a connector 201 electrically connected to the control module 300 and having a plurality of connection terminals 212 for energizing the connector 201; And a plurality of panels 220 having a plurality of LEDs 202 mounted thereon to form a set, and having connection terminals 224 electrically connected to and detachably connected through the connection terminal 212 and a cable. The plurality of LEDs 202 are arranged in a row while the LEDs 202 are clustered to form an LED unit 222, and a plurality of panels 220 are formed in the through holes 223 between the LED units 222. Central control system for energy-saving luminaires, characterized by interlocking in a double layer. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , The relay 330 for controlling the energization of the LED 202 separated by the set, the input means 340 for receiving and transmitting the flashing control signal of the LED 202 by wire or wirelessly, and the lighting signal of the flashing control signal The control unit 310 selects one of the sets at the time of reception and drives the corresponding relay 330, and alternately executes the flashing of the LED 202 for each of the separated sets according to a set control signal or an input control signal. Further comprising a control module 300; The board 200 includes a connector 201 electrically connected to the control module 300, and a plurality of assembly grooves 213 penetrating up and down are formed and formed along an edge of the assembly groove 213. An intermediary 210 having a latching jaw 214 and an outlet 215 for energizing the connector 201; And a plurality of LEDs 202 mounted to form a set, engaged with the assembly groove 213 while seated on the locking jaw 214, and a plurality of panels 220 having plugs electrically detachable from the outlet 215. Central control system for energy-saving luminaires, including. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , The relay 330 for controlling the energization of the LED 202 separated by the set, the timer 320 to measure the time, the flashing time of the LED 202 is set and receives the time information from the timer 320 While controlling the blinking of the LED 202 by the flashing control signal according to the set flashing time, but having a control means 310 to select one of the set to drive the corresponding relay 330 when receiving a lighting signal of the flashing control signal, It further comprises a control module 300 for alternately executing the flashing of the LED 202 for each set according to the control signal or the input control signal; The board 200 includes a relay 210 having a connector 201 electrically connected to the control module 300 and having a plurality of connection terminals 212 for energizing the connector 201; And a plurality of panels 220 having a plurality of LEDs 202 mounted thereon to form a set, and having connection terminals 224 electrically connected to and detachably connected through the connection terminal 212 and a cable. The plurality of LEDs 202 are arranged in a row while the LEDs 202 are clustered to form an LED unit 222, and a plurality of panels 220 are formed in the through holes 223 between the LED units 222. Central control system for energy-saving luminaires, characterized by interlocking in a double layer. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , The relay 330 for controlling the energization of the LED 202 separated by the set, the timer 320 to measure the time, the flashing time of the LED 202 is set and receives the time information from the timer 320 While controlling the blinking of the LED 202 by the flashing control signal according to the set flashing time, but having a control means 310 to select one of the set to drive the corresponding relay 330 when receiving a lighting signal of the flashing control signal, It further comprises a control module 300 for alternately executing the flashing of the LED 202 for each set according to the control signal or the input control signal; The board 200 includes a connector 201 electrically connected to the control module 300, and a plurality of assembly grooves 213 penetrating up and down are formed and formed along an edge of the assembly groove 213. An intermediary 210 having a latching jaw 214 and an outlet 215 for energizing the connector 201; And a plurality of LEDs 202 mounted to form a set, engaged with the assembly groove 213 while seated on the locking jaw 214, and a plurality of panels 220 having plugs electrically detachable from the outlet 215. Central control system for energy-saving luminaires, including. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , Is installed in the luminaire 10, the daylight sensor 400 for detecting the ambient illumination; And Relay 330 for controlling the energization of the LED 202 separated for each set, and the flashing of the LED 202 is set based on the illuminance, and receives the illuminance information from the daylight sensor 400 LED ( The control unit 310 controls the blinking of the light source 202 and selects one of the sets to drive the corresponding relay 330 when receiving the lighting signal among the blinking control signals, and according to the set control signal or the input control signal. Further comprising a control module 300 for alternately executing the flashing of the 202 for each separated set; The board 200 includes a relay 210 having a connector 201 electrically connected to the control module 300 and having a plurality of connection terminals 212 for energizing the connector 201; And a plurality of panels 220 having a plurality of LEDs 202 mounted thereon to form a set, and having connection terminals 224 electrically connected to and detachably connected through the connection terminal 212 and a cable. The plurality of LEDs 202 are arranged in a row while the LEDs 202 are clustered to form an LED unit 222, and a plurality of panels 220 are formed in the through holes 223 between the LED units 222. Central control system for energy-saving luminaires, characterized by interlocking in a double layer. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , Is installed in the luminaire 10, the daylight sensor 400 for detecting the ambient illumination; And Relay 330 for controlling the energization of the LED 202 separated for each set, and the flashing of the LED 202 is set based on the illuminance, and receives the illuminance information from the daylight sensor 400 LED ( The control unit 310 controls the blinking of the light source 202 and selects one of the sets to drive the corresponding relay 330 when receiving the lighting signal among the blinking control signals, and according to the set control signal or the input control signal. Further comprising a control module 300 for alternately executing the flashing of the 202 for each separated set; The board 200 includes a connector 201 electrically connected to the control module 300, and a plurality of assembly grooves 213 penetrating up and down are formed and formed along an edge of the assembly groove 213. An intermediary 210 having a latching jaw 214 and an outlet 215 for energizing the connector 201; And a plurality of LEDs 202 mounted to form a set, engaged with the assembly groove 213 while seated on the locking jaw 214, and a plurality of panels 220 having plugs electrically detachable from the outlet 215. Central control system for energy-saving luminaires, including. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , An illumination sensor 500 for detecting an illumination of the LED 202; And Output means 350 for transmitting by wire or wirelessly, and receiving the illumination information from the illuminance sensor 500 and the control means 310 for controlling the transmission through the output means 350, if it is determined to be below a predetermined illuminance, It further includes a control module 300 for alternately executing the flashing of the LED 202 for each set according to the set control signal or the input control signal; The board 200 includes a relay 210 having a connector 201 electrically connected to the control module 300 and a plurality of connection terminals 212 for energizing the connector 201; And a plurality of panels 220 having a plurality of LEDs 202 mounted thereon to form a set, and having connection terminals 224 electrically connected to and detachably connected through the connection terminal 212 and a cable. The plurality of LEDs 202 are arranged in a row while the LEDs 202 are clustered to form an LED unit 222, and a plurality of panels 220 are formed in the through holes 223 between the LED units 222. Central control system for energy-saving luminaires, characterized by interlocking in a double layer. A housing 100 having a main body 110 having an accommodating portion therein, and a substrate 200 mounted in the accommodating portion and separated into two or more sets in which a plurality of LEDs 202 are blinked at the same time. A luminaire (10) having a control module (300) having a communication means (370) for receiving a control signal transmitted wirelessly and alternately executing flashing of the LED (202) for each of the separated sets according to the control signal; A central controller 40 which transmits a control signal for controlling the blinking of the lamp 10 under the control of the manager terminal 50; And In the central control system of the power-saving luminaire comprising a relay system 20 for transmitting a control signal received from the central controller 40 to each lamp 10 while communicating with a plurality of lamps 10, wired or wireless , An illumination sensor 500 for detecting an illumination of the LED 202; And Output means 350 for transmitting by wire or wirelessly, and receiving the illumination information from the illuminance sensor 500 and the control means 310 for controlling the transmission through the output means 350, if it is determined to be below a predetermined illuminance, It further includes a control module 300 for alternately executing the flashing of the LED 202 for each set according to the set control signal or the input control signal; The board 200 includes a connector 201 electrically connected to the control module 300, and a plurality of assembly grooves 213 penetrating up and down are formed and formed along an edge of the assembly groove 213. An intermediary 210 having a latching jaw 214 and an outlet 215 for energizing the connector 201; And a plurality of LEDs 202 mounted to form a set, engaged with the assembly groove 213 while seated on the locking jaw 214, and a plurality of panels 220 having plugs electrically detachable from the outlet 215. Central control system for energy-saving luminaires, including.

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