CN104363678A - Street lamp control system - Google Patents
Street lamp control system Download PDFInfo
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- CN104363678A CN104363678A CN201410618687.5A CN201410618687A CN104363678A CN 104363678 A CN104363678 A CN 104363678A CN 201410618687 A CN201410618687 A CN 201410618687A CN 104363678 A CN104363678 A CN 104363678A
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Abstract
The invention provides a street lamp control system. The street lamp control system comprises a main station system, a centralized controller, single lamp controllers and dimmers, wherein the main station system is used for sending control policies to the centralized controller through a network; the centralized controller is used for receiving and storing the control policies and sending different luminance control commands to the single lamp controllers according to setting of luminance of each street lamp at different time points of every day; each single lamp controller integrates a first high-frequency band-stop filter on respective incoming line side and is used for receiving the corresponding luminance control command, analyzing the luminance control command, modulating an obtained carrier dimming signal and transmitting the modulated carrier dimming signal to the corresponding dimmer; each dimmer integrates a second high-frequency band-stop filter on respective outgoing line side and is used for receiving the corresponding dimming signal, demodulating the dimming signal and driving output power of a street lamp power supply by outputting a 0-10V signal subjected to feedback regulation. The street lamp control system has the advantages that closed carrier communication is adopted between the single clamp controllers and the dimmers, so that transmission channels among lamp posts are independent from one another and are not interfered mutually, and different control of street lamp luminance is achieved.
Description
Technical field
The present invention relates to the Street lamps control field of outdoor AC supply line, more particularly, relate to a kind of based on ac power supply line and the street lamp control system of controlled carrier communication range.
Background technology
Now, Street lamps control adopts following several way usually: 1. switch lamp is unified to be controlled to adopt time controller to carry out whole piece street lamp; 2. install timing light modulator additional at every lamp lighthead power, carry out the brightness of time-division transfer LED, total switch lamp time is still controlled by time controller; 3. adopt the mode of radio communication, at every street lamp dress single-lamp controller, be used for monitoring the ruuning situation of every street lamp and carry out brightness adjustment control; 4. adopt carrier communication mode, at every street lamp dress single-lamp controller, be used for monitoring the ruuning situation of every street lamp and carry out brightness adjustment control.
Above several method respectively has feature, but also there is obvious problem: 1. adopt time controller mode, can only control the Push And Release of whole piece circuit, not possess communication function, also without dimming function, belong to more rough Street lamps control mode; 2. adopt lighthead power to add timing light modulator, dimming mode can only solidify when first installation, can not revise, simultaneously also without communication function, cannot realize Based Intelligent Control; 3. wireless system, this mode can carry out the Based Intelligent Control of light fixture, and improve maintenance management level, owing to adopting wireless mode between the Centralized Controller of this mode and single-lamp controller, so communication can exist cross-interference issue, and the general lamp stand that must be contained in of antenna is near lamp holder position, construction and installation are extremely inconvenient, lightning protection also becomes problem, and wireless signal is larger by environmental interference simultaneously, easily occurs signal interruption problem; 4. adopt traditional power carrier mode, the main distinction of this mode and mode 3 is to adopt power carrier mode between concentrator and single-lamp controller, this mode communicates relatively stable, but, if single-lamp controller is contained in lamp holder, so safeguard inconvenience, and lamp holder temperature is high, the metering module precise decreasing of controller inside can be caused maybe can not to work, if be contained in service hatch, two light modulation lines so must be drawn to lamp stand, take time and effort very much when this part is disposed at the scene.So, need a kind of reliable communications, Intelligent street lamp control system convenient for installation and maintenance.
The correlation technique of current existence, such as disclosed in 2011-02-09, publication number is the Chinese invention " a kind of LED street lamp control system based on electric power carrier communication technology " of 101969713A, comprises single-lamp controller, Centralized Controller and administrative center's Three Tiered Network Architecture; The PWM output signal of programmable duty cycle is adopted to regulate the brightness of LED street lamp; Adopt power line carrier technology to carry out transfer of data between described Centralized Controller and single-lamp controller, between Centralized Controller and administrative center, adopt GPRS radio network technique or Internet wireline networking techniques to carry out transfer of data; Described single-lamp controller take single-chip microcomputer as core, is responsible for the collection of road lamp switch control and street lamp running parameter; Described memory portion store control strategy timetable every day, season division timetable, season control strategy timetable and festivals or holidays control-time table; Described Centralized Controller adopts Embedded System Design, uses power line carrier technology, carries out group or single control according to pre-set illumination strategies and auxiliary intensity of illumination control strategy to street lamp in region; This solution solves the intelligent management problem to street lamp, achieve energy-saving effect, adopt power-line carrier communication simultaneously, save wiring cost, but, 1, the carrier signal of the program not carrier signal to external world and road lamp power supply radiation in the process realizing power line carrier, PLC processes, like this in transmitting procedure, the carrier signal that single-lamp controller sends is easy to be interfered and produces mistake, thus causes occurring the situation such as street light modulating is not in place; 2, the program adopts the PWM output signal of programmable duty cycle to regulate the brightness of LED street lamp, and technical scheme employing of the present invention is the better 0 ~ 10V signal of versatility, and adopt 0 ~ 10V signal output method of band feedback regulation, direct current signal can be made linearly to export, namely output valve and desired value are closely, can control street lamp brightness more exactly.
And for example disclosed in 2014-04-02, publication number is the Chinese utility model of 203523079U, disclose a kind of LED street lamp intelligent control based on power line carrier communication, comprise host computer, Centralized Controller, constant voltage constant current power, LED street lamp, Power Line Carrier Communication Module, power line and single lamp control circuit; Also comprise Power Line Carrier Communication Module, power line and single lamp control circuit; Described host computer is computer hardware equipment, is provided with monitoring software and user interface in it; Described host computer is connected with Centralized Controller by the mode of wired or wireless network; Described Centralized Controller is connected with Power Line Carrier Communication Module by power line; Described Power Line Carrier Communication Module, constant voltage constant current power are connected successively with LED street lamp.This technical scheme achieves the intelligent management to states such as each street lamp brightness, switch, temperature by the single lamp control circuit be arranged in LED street lamp.But, single lamp controls to be integrated with dimming function by the single-lamp controller in the program, be arranged on street lamp, such single-lamp controller volume is larger, safeguard inconvenient, and temperature is high during street lamp work, the measuring accuracy of single-lamp controller can be caused to decline, and single-lamp controller and dimmer separate by the present invention, single-lamp controller is contained in manhole, the dimmer of small size is selected to be arranged on road lamp cap, transmitted by power carrier mode again between single-lamp controller and dimmer, so neither need extra cloth light modulation line again, design of road lamp and production cost are reduced greatly, also ensure that the measuring accuracy of single-lamp controller, simultaneously the present invention single-lamp controller inlet wire side and all integrated high frequency band stop filter of dimmer outgoing line side to external world carrier signal absorb, intercept the carrier signal between single-lamp controller and dimmer, extraneous carrier signal can be avoided so to greatest extent to the interference of transmitted carrier signal, realize street light modulating more exactly.
Summary of the invention
The technical problem to be solved in the present invention, be to provide a kind of street lamp control system, by forming the independent channel closing carrier wave between design single-lamp controller and dimmer, making the mutual independence of the light modulation transmission channel between different lamp stand, not interfereing with each other, realizing controlling the difference of street lamp brightness.
The present invention is achieved in that a kind of street lamp control system, comprises main station system, Centralized Controller, single-lamp controller and dimmer:
Described main station system: control strategy is sent to Centralized Controller by network, described control strategy is the brightness corresponding to each street lamp different time points every day of main station system setting;
Described Centralized Controller: for receive and after storing control strategy, according in control strategy to the setting of each street lamp different time points every day brightness, to be sent different intensity control command by power carrier mode to each street lamp one to one single-lamp controller at corresponding time point;
Described single-lamp controller: an all integrated first high frequency band stop filter in the inlet wire side of each single-lamp controller, described first high frequency band stop filter forms one and intercepts between single-lamp controller and inlet wire side, makes extraneous carrier signal cannot interfere with communication between single-lamp controller and dimmer by the first high frequency band stop filter; Each single-lamp controller receives corresponding intensity control command and resolves, and the light modulation digital signal obtained is adopted ASK(amplitude shift keying) mode is coupled to after being modulated into light modulation carrier signal on power line and is transferred to corresponding dimmer;
Described dimmer: all integrated second high frequency band stop filter of outgoing line side of each dimmer, described second high frequency band stop filter oppositely absorbs the carrier signal that road lamp power supply gives off, also intercepted the light modulation carrier signal between single-lamp controller and dimmer simultaneously, described first high frequency band stop filter and the second high frequency band stop filter acting in conjunction make the communication between single-lamp controller and dimmer not by the interference of extraneous carrier signal, thus between single-lamp controller and dimmer, form a closed independently carrier channel; Each dimmer receives light modulation carrier signal and carries out after demodulation is reduced into light modulation digital signal, then is driven the power output of road lamp power supply by output 0 ~ 10V signal, thus controls the brightness of corresponding street lamp.
Further, each single-lamp controller obtains the current operating state of street lamp by the electrical quantity measuring corresponding street lamp, judge whether street lamp occurs exception: if abnormal conditions appear in street lamp, then corresponding single-lamp controller can timely active reporting Centralized Controller, Centralized Controller feeds back to main station system by GPRS mode again, and the abnormal information fed back is shown to user and processes by main station system; If street lamp does not occur abnormal conditions, then corresponding single-lamp controller will return the normal job information of street lamp to Centralized Controller, and Centralized Controller feeds back to main station system again and is shown to user and checks.
Further, described control strategy be user by main station system manual configuration, or automatically to be generated according to street lamp place longitude and latitude and weather condition by main station system; If control strategy changes, then main station system can resend control strategy to Centralized Controller, if control strategy does not change, then Centralized Controller will continue according to the control strategy executable operations of the previous day.
Further, described single-lamp controller is fixed with first passage and second channel: if a lamp stand only has a street lamp, then acquiescence connects first passage; If a lamp stand has multiple street lamp, then people is for being divided into two groups of street lamps, and described two groups of street lamps are connected respectively first passage and second channel (namely one group of street lamp correspondence is connected one of them passage).
Further, 0 ~ 10V signal of described band feedback regulation is, PWM(pulse-width modulation) signal export after, first be rectified into direct current signal, by amplifier, direct current signal is carried out amplification again to export, sampling is carried out to the direct current signal amplifying output simultaneously and obtain sampled signal, finally constantly regulate the duty ratio of pwm signal according to sampled signal values, thus direct current signal is linearly exported and does not need to correct.
Further, described user is by main station system manual configuration control strategy, that user carrys out selected street lamp at main station system by numbering map being selected or directly searches single-lamp controller or street lamp, then select this street lamp place passage and brightness value, realize the brightness of street lamp selected by manual configuration.
Further, described single-lamp controller is placed in the manhole of lamp stand, and described dimmer is arranged on the lamp holder place of street lamp.
Beneficial effect of the present invention is as follows:
1, adopt power line carrier, PLC between single-lamp controller and Centralized Controller, support Long-distance Control and active reporting mode, communicate more stable;
2, a single-lamp controller inlet wire side and dimmer outgoing line side integrated high frequency band stop filter respectively, the interference of extraneous carrier signal can be avoided, the carrier signal that simultaneously stability road lamp power supply gives off, intercept the light modulation carrier signal between single-lamp controller and dimmer, thus make to be formed between single-lamp controller and dimmer to close independently carrier channel, strong interference immunity;
3, in conjunction with the operating state of current street lamp, single-lamp controller can judge whether lamp holder breaks down, and by fault report set middle controller, feeds back main station system by Centralized Controller, thus is convenient to user and understands field condition in time and to go forward side by side row relax;
4, main station system generates or change control strategy automatically according to street lamp place longitude and latitude and weather condition, can control street lamp brightness better, realize energy-conservation according to actual conditions;
5, by adopting 0 ~ 10v signal of band feedback regulation to export way, direct current signal can be made linearly to export, control street lamp brightness more exactly;
6, user manually configures control strategy, can realize the brilliance control to selected street lamp according to demand, directly easy to operate;
7, single-lamp controller is arranged on manhole, select the dimmer of small size to be arranged on the lamp holder of street lamp simultaneously, ensure that the measuring accuracy of single-lamp controller, conveniently install and safeguard simple, the carrier communication of ASK modulation mode is adopted between single-lamp controller and dimmer, do not need extra cloth light modulation line more like this, design of road lamp and production cost are reduced greatly, saves resource and labour.
Accompanying drawing explanation
The present invention is further illustrated in conjunction with the embodiments with reference to the accompanying drawings.
Fig. 1 is the connection diagram of present system.
Fig. 2 is the carrier modulation demodulation schematic diagram of present system one embodiment.
Fig. 3 is the closed carrier communication schematic diagram of present system one embodiment.
Embodiment
Refer to Fig. 1, the present invention, a kind of street lamp control system, comprising:
Main station system: control strategy is sent to Centralized Controller by network, described control strategy is the brightness corresponding to each street lamp different time points every day of main station system setting;
Centralized Controller: for receive and after storing control strategy, according in control strategy to the setting of each street lamp different time points every day brightness, different intensity control command is sent to each street lamp one to one single-lamp controller by power carrier mode (the power carrier mode of BFSK such as, can be adopted) at corresponding time point; Between single-lamp controller with Centralized Controller, adopt power carrier mode to communicate, support Long-distance Control and active reporting, communicate more stable;
Single-lamp controller: an all integrated first high frequency band stop filter in the inlet wire side of each single-lamp controller, described first high frequency band stop filter forms one and intercepts between single-lamp controller and inlet wire side, makes extraneous carrier signal cannot interfere with communication between single-lamp controller and dimmer by the first high frequency band stop filter; Each single-lamp controller receives corresponding intensity control command and resolves, and the light modulation digital signal obtained is adopted ASK(amplitude shift keying) mode is coupled to after being modulated into light modulation carrier signal on power line and is transferred to corresponding dimmer; Between single-lamp controller and dimmer, adopt the carrier communication of ASK modulation mode, do not need extra cloth light modulation line, saving resource and labour;
Dimmer: all integrated second high frequency band stop filter of outgoing line side of each dimmer, described second high frequency band stop filter oppositely absorbs the carrier signal that road lamp power supply gives off, also intercepted the light modulation carrier signal between single-lamp controller and dimmer simultaneously, the first high frequency band stop filter described in integrating step 30, the acting in conjunction of two high frequency band stop filters makes the communication between single-lamp controller and dimmer not by the interference of extraneous carrier signal, thus between single-lamp controller and dimmer, form a closed independently carrier channel; Each dimmer receives light modulation carrier signal to carry out demodulation and is reduced into light modulation digital signal, then drives the power output of road lamp power supply by output 0 ~ 10V signal, thus controls the brightness of corresponding street lamp.
Each single-lamp controller obtains the current operating state of street lamp by the electrical quantity measuring corresponding street lamp, judge whether street lamp occurs exception: if abnormal conditions (described abnormal conditions appear in street lamp, comprise phase shortage, cutout, fusible link fault etc.), then corresponding single-lamp controller can timely active reporting Centralized Controller, Centralized Controller feeds back to main station system by GPRS mode again, and the abnormal information fed back is shown to user and processes by main station system; If not there are abnormal conditions in street lamp, then corresponding single-lamp controller will return the normal job information (described normal job information comprises brightness case, electricity consumption situation etc.) of street lamp to Centralized Controller, Centralized Controller feeds back to main station system again and is shown to user and checks, like this can so that user understands field condition in time and processes.
Described control strategy be user by main station system manual configuration, or automatically to be generated according to street lamp place longitude and latitude and weather condition by main station system; If control strategy changes, then main station system can resend control strategy to Centralized Controller, if control strategy does not change, then Centralized Controller will continue according to the control strategy executable operations of the previous day, such can better according to actual conditions control street lamp brightness, realize energy-conservation.
Described single-lamp controller is fixed with first passage and second channel: if a lamp stand only has a street lamp, then acquiescence connects first passage; If a lamp stand has multiple street lamp, then people is for being divided into two groups of street lamps, and described two groups of street lamps are connected respectively first passage and second channel (namely one group of street lamp correspondence is connected one of them passage).
0 ~ 10V signal of described band feedback regulation is: after pwm signal exports, first be rectified into direct current signal, by amplifier, direct current signal is carried out amplification again to export, sampling is carried out to the direct current signal amplifying output simultaneously and obtain sampled signal, MCU constantly regulates the duty ratio of pwm signal according to sampled signal values, thus direct current signal is linearly exported and does not need to correct, control street lamp brightness more exactly.
Described user is by main station system manual configuration control strategy, that user carrys out selected street lamp at main station system by numbering map being selected or directly searches single-lamp controller or street lamp, then this street lamp place passage and brightness value is selected, realize the brightness of street lamp selected by manual configuration, the brilliance control to selected street lamp can be realized so according to demand, directly easy to operate.
Described single-lamp controller is placed in the manhole of lamp stand, and described dimmer is arranged on the lamp holder place of street lamp, ensure that the measuring accuracy of single-lamp controller, facilitates simultaneously and installs and safeguard simple.
Such as, the multiple street lamps on a lamp stand are divided into two groups, one group is track street lamp, and one group is pavement street lamp, and arrange first passage on single-lamp controller corresponding to this lamp stand and connect track street lamp, second channel connects pavement street lamp.If user will realize manually the pavement street lamp brightness on this lamp stand being transferred to 80%, so numbering or this pavement street lamp numbering first by map being selected or directly searches single-lamp controller on main station system can carry out selected street lamp, then select second channel and brightness value, finally issue this intensity control command manually set by main station system.The light modulation value to second channel on target single-lamp controller is forwarded after Centralized Controller receives orders, after this single-lamp controller receives order, light modulation value is coupled to second channel by the mode of power carrier, just Dimming operation is performed after the dimmer that so the pavement street lamp of second channel connection is corresponding receives order, and the track street lamp that first passage connects does not receive orders, then do not perform Dimming operation.
For reducing communication distance, improve the reliability of communication channel, the carrier communication of simple ASK modulation mode is adopted between single-lamp controller and dimmer, centre frequency selects 440KHz, modem procedue is as shown in Figure 2: first light modulation digital signal modulated is become light modulation carrier signal by the MCU of single-lamp controller, then output to after amplifying circuit carries out signal amplification, be coupled in power line by coupling circuit, light modulation digital signal is processed into through shaping circuit after carrying out frequency-selective filtering by frequency selection circuit again, finally light modulation digital signal is input to the MCU comparator input terminal of dimmer: MCU control AD exports the comparative level as comparator, export by regulating AD and obtain reliable comparative level, make still can keep reliable communication efficiency when supply line's signal of communication is undesirable, MCU is by obtaining the comparative result of comparator, judge to come demodulating data position in conjunction with to the time of each bit, this just completes a dim signal and sends and the process received.
As shown in Figure 3, for a single-lamp controller and dimmer corresponding with it, the MCU uplink communication unit of single-lamp controller receives intensity control command and after resolving, and by the light modulation digital signal that obtains, (position is as in figure
shown in, waveform is as shown in A in figure) (position is as in figure to be modulated into light modulation carrier signal by carrier modulation unit through ASK
shown in, waveform is as shown in B in figure) after, be coupled in supply line and transmit.The first high frequency band stop filter simultaneously on single-lamp controller inlet wire side to external world carrier signal absorbs, and stop light modulation carrier signal to be radiated outside single-lamp controller inlet wire side, light modulation carrier signal is limited in the supply line between single-lamp controller and street lamp, so be denoted as in the drawings
position without light modulation carrier signal.Carry out demodulation after the carrier modulation unit of dimmer receives light modulation carrier signal, (position is as in figure to be reduced into light modulation digital signal
shown in, waveform is as shown in C in figure), then send the 0 ~ 10V signal after feedback regulation to drive the power output of road lamp power supply by the MCU dimming unit of dimmer, realize light modulation.The second high frequency band stop filter simultaneously on dimmer outgoing line side absorbs the carrier signal that road lamp power supply gives off, and has both prevented light modulation carrier signal to external radiation, has also prevented road lamp power supply from exchanging the interference of optical carrier, so be denoted as in the drawings
position also without light modulation carrier signal.
In a system of the invention, single-lamp controller and dimmer are separated, single-lamp controller is arranged on manhole, select the dimmer of small size to be arranged on the lamp holder of street lamp simultaneously, ensure that the measuring accuracy of single-lamp controller, conveniently install and safeguard simple, the carrier communication of ASK modulation mode is adopted between single-lamp controller and dimmer, do not need extra cloth light modulation line like this, design of road lamp and production cost are reduced greatly, saving resource and labour.The present invention closes the independent channel of carrier wave by being formed between design single-lamp controller and dimmer, make the light modulation transmission channel between different lamp stand mutually independently, do not interfere with each other, realize controlling the difference of street lamp brightness.
Although the foregoing describe the specific embodiment of the present invention; but be familiar with those skilled in the art to be to be understood that; specific embodiment described by us is illustrative; instead of for the restriction to scope of the present invention; those of ordinary skill in the art, in the modification of the equivalence done according to spirit of the present invention and change, should be encompassed in scope that claim of the present invention protects.
Claims (7)
1. a street lamp control system, is characterized in that: adopt between single-lamp controller and dimmer and close carrier communication, described system comprises main station system, Centralized Controller, single-lamp controller and dimmer:
Described main station system: control strategy is sent to Centralized Controller by network, described control strategy is the brightness corresponding to each street lamp different time points every day of main station system setting;
Described Centralized Controller: for receive and after storing control strategy, according in control strategy to the setting of each street lamp different time points every day brightness, to be sent different intensity control command by power carrier mode to each street lamp one to one single-lamp controller at corresponding time point;
Described single-lamp controller: an all integrated first high frequency band stop filter in the inlet wire side of each single-lamp controller, described first high frequency band stop filter forms one and intercepts between single-lamp controller and inlet wire side, makes extraneous carrier signal cannot interfere with communication between single-lamp controller and dimmer by the first high frequency band stop filter; Each single-lamp controller receives corresponding intensity control command and resolves, and adopts ASK mode to be modulated into light modulation carrier signal the light modulation digital signal obtained;
Described dimmer: all integrated second high frequency band stop filter of outgoing line side of each dimmer, described second high frequency band stop filter oppositely absorbs the carrier signal that road lamp power supply gives off, also intercepted the light modulation carrier signal between single-lamp controller and dimmer simultaneously, described first high frequency band stop filter and the second high frequency band stop filter acting in conjunction make the communication between single-lamp controller and dimmer not by the interference of extraneous carrier signal, thus between single-lamp controller and dimmer, form a closed independently carrier channel; Each dimmer receives light modulation carrier signal and carries out after demodulation is reduced into light modulation digital signal, then by exporting the power output being with 0 ~ 10V signal of feedback regulation to drive road lamp power supply, thus control the brightness of corresponding street lamp.
2. a kind of street lamp control system according to claim 1, it is characterized in that: each single-lamp controller obtains the current operating state of street lamp by the electrical quantity measuring corresponding street lamp, judge whether street lamp occurs exception: if abnormal conditions appear in street lamp, then corresponding single-lamp controller can timely active reporting Centralized Controller, Centralized Controller feeds back to main station system by GPRS mode again, and the abnormal information fed back is shown to user and processes by main station system; If street lamp does not occur abnormal conditions, then corresponding single-lamp controller will return the normal job information of street lamp to Centralized Controller, and Centralized Controller feeds back to main station system again and is shown to user and checks.
3. a kind of street lamp control system according to claim 1, is characterized in that: described control strategy be user by main station system manual configuration, or automatically to be generated according to street lamp place longitude and latitude and weather condition by main station system; If control strategy changes, then main station system can resend control strategy to Centralized Controller, if control strategy does not change, then Centralized Controller will continue according to the control strategy executable operations of the previous day.
4. a kind of street lamp control system according to claim 1, is characterized in that: described single-lamp controller is fixed with first passage and second channel: if a lamp stand only has a street lamp, then acquiescence connects first passage; If a lamp stand has a plurality of street lamp, then described a plurality of street lamp is divided into two groups of street lamps, described two groups of street lamps are connected respectively first passage and second channel.
5. a kind of street lamp control system according to claim 1, it is characterized in that: 0 ~ 10V signal of described band feedback regulation is: after pwm signal exports, first be rectified into direct current signal, by amplifier, direct current signal is carried out amplification again to export, sampling is carried out to the direct current signal amplifying output simultaneously and obtain sampled signal, the last duty ratio constantly regulating pwm signal according to sampled signal values, thus direct current signal is linearly exported and does not need to correct.
6. a kind of street lamp control system according to claim 3 or 4, it is characterized in that: described user is by main station system manual configuration control strategy, user at main station system by map to be selected or direct search single-lamp controller or street lamp numbering carry out selected street lamp, then select this street lamp place passage and brightness value, realize the brightness of street lamp selected by manual configuration.
7. a kind of street lamp control system according to claim 1, is characterized in that, described single-lamp controller is placed in the manhole of lamp stand, and described dimmer is arranged on the lamp holder place of street lamp.
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| CN104768294A (en) * | 2015-03-27 | 2015-07-08 | 国家电网公司 | Substation illuminating system |
| CN105338707A (en) * | 2015-11-17 | 2016-02-17 | 深圳市沛城电子科技有限公司 | Streetlamp control method, streetlamp control device and streetlamp control system |
| CN105578692A (en) * | 2016-02-25 | 2016-05-11 | 南京思飞捷软件科技有限公司 | Light regulation method for transmitting PWM signal to control LED through power line carrier technology |
| CN111417243A (en) * | 2020-04-07 | 2020-07-14 | 深圳市睿智物联科技有限公司 | Single lamp control application method for smart city light decoration |
| CN113660754A (en) * | 2021-08-26 | 2021-11-16 | 广州名至照明发展有限公司 | Light control system for urban road lighting engineering based on ambient light source |
| CN114863887A (en) * | 2022-07-06 | 2022-08-05 | 北京显芯科技有限公司 | Dimming device, method, system and storage medium |
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| CN203523079U (en) * | 2013-07-18 | 2014-04-02 | 王常荣 | LED street lamp intelligent control system based on power line carrier communication |
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| CN105338707A (en) * | 2015-11-17 | 2016-02-17 | 深圳市沛城电子科技有限公司 | Streetlamp control method, streetlamp control device and streetlamp control system |
| CN105578692A (en) * | 2016-02-25 | 2016-05-11 | 南京思飞捷软件科技有限公司 | Light regulation method for transmitting PWM signal to control LED through power line carrier technology |
| CN111417243A (en) * | 2020-04-07 | 2020-07-14 | 深圳市睿智物联科技有限公司 | Single lamp control application method for smart city light decoration |
| CN113660754A (en) * | 2021-08-26 | 2021-11-16 | 广州名至照明发展有限公司 | Light control system for urban road lighting engineering based on ambient light source |
| CN114863887A (en) * | 2022-07-06 | 2022-08-05 | 北京显芯科技有限公司 | Dimming device, method, system and storage medium |
| CN114863887B (en) * | 2022-07-06 | 2022-11-01 | 北京显芯科技有限公司 | Dimming device, method, system and storage medium |
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