CN104902654A - GTiBee technology-based intelligent illumination street lamp high-efficiency and energy-saving management system and method - Google Patents
GTiBee technology-based intelligent illumination street lamp high-efficiency and energy-saving management system and method Download PDFInfo
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Abstract
Disclosed is a GTiBee technology-based intelligent illumination street lamp high-efficiency and energy-saving management system and method. A wireless sensing network communication technology is utilized to connect a server and a street lamp monitoring terminal. Integrated monitoring of all parameters of a street lamp is achieved, and fine management of street lamp energy consumption, pre-diagnosis of street lamp faults, and low-cost and high-reliability centralized management of an urban street lamp system are also achieved.
Description
Technical field
The invention belongs to radio frequency arts, relate to a kind of energy-efficient management system of wisdom illuminating street lamp based on GTiBee technology and method particularly.
Background technology
Street lamp is the indispensable basic communal facility of people's daily life, and along with the fast development of economy, the increase of road load, road safety causes people more and more to pay close attention to, and the road lighting in city is fast-developing, and corresponding power consumption also significantly rises.And on the other hand, along with the development in city, a city public lighting CNOOC Landscape Lighting part, although city can be made more attractive in appearance, but extra a part of power consumption.At present, urban lighting system adopts the control mode of traditional light-operated or time control, runs whole night and throws light on permanent intensity of illumination, both disconnecting with actual traffic information, and wasted electric energy again, and returned to administer and maintain and make troubles.
Internet of Things refers to by transducer, radio-frequency (RF) identification (RFID), global positioning system, the information Perception equipment such as two yards, couple together by the agreement of agreement, carry out information exchange by wired or wireless network and communicate, to realize a kind of network of Weigh sensor, data acquisition, Based Intelligent Control, location, tracking, monitor and managment, nowadays the maturation of transducer, Internet Transmission, global-positioning technology, facilitates " Internet of Things " application in life.
In order to ensure system stability efficiently and effectively economize on electricity, urban lighting system is combined with technology of Internet of things.At present, urban lighting system adopts sensor network technology or GPRS technology etc. to carry out information exchange and communicate.But its networking scale of traditional sensor network technology is generally about 100 points, is not therefore suitable for the wireless telecommunications of street lamp; The mobile communication technologies such as GPRS also can be applicable in the wireless telecommunications of street lamp, but when street lamp quantity is larger, its Monthly Fee is higher, and each street lamp all needs to take certain bandwidth, when thousands of street lamps all operationally, mobile base station, by there is serious channel block, affects normal voice call.
Summary of the invention
The object of the present invention is to provide a kind of energy-efficient management system of wisdom illuminating street lamp based on GTiBee technology and method.
According to an aspect of the present invention, a kind of energy-efficient management system of wisdom illuminating street lamp based on GTiBee technology is provided, comprises at least one street lamp monitoring terminal, at least one radio communication device and server,
Described street lamp monitoring terminal is arranged on city street lamp, for illuminance, the flow information of the running parameter and street lamp peripheral region that gather street lamp, generates lamp condition signal, and is sent to described server by radio communication device;
Described radio communication device is connected with described street lamp monitoring terminal and server respectively, for the Signal transmissions between described street lamp monitoring terminal and server;
Described server for receiving described lamp condition signal, and generates the first control signal according to described lamp condition signal and predetermined threshold value, and is sent to street lamp monitoring terminal by radio communication device;
Wherein, described street lamp monitoring terminal also for opening according to described first control signal or closing street lamp, or regulates the brightness of street lamp;
All Signal transmissions is carried out by wireless sense network between described street lamp monitoring terminal and described radio communication device and described server.
Preferably, the energy-efficient management system of described wisdom illuminating street lamp also comprises user control terminal, for arranging the road lamp switch time, presetting the incidence relation of street lamp running parameter, predetermined threshold value and infrared sensor.
Preferably, described server is also for analyzing the history running parameter of all street lamps and working curve to generate the second control signal and fault indication signal, and described second control signal is sent to described street lamp monitoring terminal, and described fault indication signal is sent to user control terminal carries out fault alarm.
Preferably, described server is also for adding up the running parameter of street lamp to generate the work aging curve of street lamp, and judge whether to reach service behaviour flex point according to described work aging curve, and send street lamp fault early warning signal when the running parameter of street lamp reaches service behaviour flex point to described user control terminal.
Preferably, described server also generates street lamp and exceeds relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost when the running parameter of street lamp reaches service behaviour flex point, judge whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost according to described relation curve, and send street lamp when the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost to described user control terminal and change signal.
Preferably, described street lamp monitoring terminal comprises:
Street lamp monitoring device, for gathering the running parameter of street lamp, described running parameter comprises temperature, voltage, electric current, available power, useless power;
Illuminance sensor, for gathering the illuminance of street lamp peripheral region;
Infrared sensor, for gathering flow of the people and the vehicle flowrate of street lamp peripheral region;
Radio frequency unit, for receiving and transmitting signal;
Microprocessor, for generation of described lamp condition signal;
Road lamp switch device, for opening according to described first control signal or closing street lamp;
Street lamp brightness adjusting device, for regulating the brightness of street lamp according to described first control signal.
According to a further aspect in the invention, a kind of energy-efficient management method of wisdom illuminating street lamp based on GTiBee technology is provided, comprise: street lamp monitoring terminal gathers the running parameter of street lamp and illuminance, the flow information of street lamp peripheral region, generate lamp condition signal, and be sent to described server by radio communication device; Server receives described lamp condition signal, and generates the first control signal according to described lamp condition signal and predetermined threshold value, and is sent to street lamp monitoring terminal by radio communication device; Street lamp monitoring terminal is opened according to described first control signal or is closed street lamp, or regulates the brightness of street lamp.
Preferably, the energy-efficient management method of described wisdom illuminating street lamp also comprises: user control terminal arranges the incidence relation of road lamp switch time, predetermined threshold value and infrared sensor.
Preferably, the energy-efficient management method of described wisdom illuminating street lamp also comprises: the history running parameter of all street lamps of server analysis and working curve are to generate the second control signal and fault indication signal; Described second control signal is sent to described street lamp monitoring terminal by server, and described fault indication signal is sent to user control terminal carries out fault alarm.
Preferably, the energy-efficient management method of described wisdom illuminating street lamp also comprises:
The running parameter of server statistics street lamp is to generate the work aging curve of street lamp;
Server judges whether to reach service behaviour flex point according to described work aging curve;
When the running parameter of street lamp reaches service behaviour flex point, server sends street lamp fault early warning signal to described user control terminal, and generation street lamp exceeds the relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost simultaneously;
According to described relation curve, server judges whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost;
When the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost, server sends street lamp to described user control terminal and changes signal.
The energy-efficient management system of wisdom illuminating street lamp based on radio sensing network provided by the invention and method achieve the integration monitoring of all parameters of street lamp, adopt mobile phone A PP warning, SMS alarm, the multiple type of alarms such as mail warning, have ensured the promptness that system emergency is reported to the police; Achieve the pre-diagnosis of the fine-grained management of street lamp energy consumption, street lamp fault, can also realize the networking communication of all infrastructure near street lamp, greatly can improve the degree that becomes more meticulous of city management, promote urban safety management level, power-assisted smart city is built.
Accompanying drawing explanation
Fig. 1 shows the structured flowchart according to the energy-efficient management system of wisdom illuminating street lamp based on GTiBee technology of the present invention;
Fig. 2 shows GTiBee wireless sense network network structure;
Fig. 3 shows according to the structure chart based on the street lamp monitoring terminal in the energy-efficient management system of wisdom illuminating street lamp of GTiBee technology of the present invention;
Fig. 4 shows the flow chart according to the energy-efficient management method of wisdom illuminating street lamp based on GTiBee technology of the present invention;
Fig. 5 shows according to the flow chart of embodiment based on being learnt fault street lamp in the energy-efficient management method of wisdom illuminating street lamp of GTiBee technology by fault alarm of the present invention;
Fig. 6 shows and helps administrative staff to be confirmed whether the flow chart of the embodiment of changing street lamp based in the energy-efficient management method of wisdom illuminating street lamp of GTiBee technology by calculating street lamp performance according to of the present invention.
Embodiment
Following discloses are that the different characteristic implementing the application provides many different execution modes or example.The specific embodiment of parts or layout is described below to simplify the present invention.Certainly, these are only that example is not intended to limit the present invention.
In the whole text, quoting of " embodiment " or " embodiment " is meaned that special characteristic, structure or the characteristic described in conjunction with this embodiment comprises at least one embodiment of the present invention at this specification.Thus, differing to establish a capital at the phrase " in one embodiment " occurred everywhere of specification or " in an embodiment " refers to same embodiment, but may be so.In addition, openly it will be readily apparent to one skilled in the art that in one or more embodiments according to the present invention, special characteristic, structure or characteristic can combine in any suitable manner.
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The present invention can present in a variety of manners, below will describe some of them example.
Fig. 1 shows the structured flowchart according to the energy-efficient management system of wisdom illuminating street lamp based on wireless sense network of the present invention.As shown in Figure 1, the energy-efficient management system of described wisdom illuminating street lamp comprises at least one street lamp monitoring terminal 100, at least one radio communication device 200 and server 300, all carries out Signal transmissions by wireless sense network between street lamp monitoring terminal 100 and described radio communication device 200 and described server 300.
Street lamp monitoring terminal 100 is arranged on city street lamp, for illuminance, the flow information of the running parameter and street lamp peripheral region that gather street lamp, generates lamp condition signal, and is sent to described server 300 by radio communication device 200.Wherein, described flow information comprises flow of the people and the vehicle flowrate of street lamp peripheral region.
In the present embodiment, street lamp monitoring terminal 100 can be connected to server 300 by the radio communication device 200 as a wireless sense network node.Radio communication device 200 adopts GTiBee technology to realize bidirectional data communication.Wherein, GTiBee technology is a kind of sensor network technology based on Cloud Server route.The wireless sense network system built based on it can comprise multiple wireless device, wireless device comprises at least one node, at least one repeater, at least one base station or at least one data center, multiple wireless device, by the mutual wireless communications of wireless sensing protocol method, also comprises the cloud server be connected with the wireless device of wireless sense network by Ethernet; Cloud server is used for the request according to the wireless device of wireless sense network, utilize communication path storage list and received signal strength table to carry out wireless device transmission path to search, and generate the communication path instruction feedback of wireless device to wireless device according to lookup result, described wireless device, for sending the request of wireless device transmission path by Ethernet to cloud server; And according to the communication path instruction of the wireless device received, carry out information transmission.Street lamp monitoring terminal 100 can be set to based on the wireless device in the wireless sense network of GTiBee.
Radio communication device 200 is connected with described street lamp monitoring terminal 100 and server 300 respectively, for the Signal transmissions between described street lamp monitoring terminal 100 and server 300.
In the present embodiment, street lamp monitoring terminal 100 and radio communication device 200 include wireless sense network communication module, and street lamp monitoring terminal 100 carries out data communication by this wireless sense network communication module and radio communication device 200.Radio communication device 200 and server 300 include ethernet communication module, and as wired, WiFi, GPRS or 3G etc., radio communication device 200 carries out data communication by this ethernet communication module and server 300.
Fig. 2 is GTiBee wireless sense network network structure.As shown in Figure 2, network layer and part of links layer realize in cloud server end by GTiBee technology.Hardware capabilities due to server end is more than 1,000,000 times of wireless sense network equipment end, the setting of communication path and safeguard that merit obtains the breakthrough of leap property, and wireless device stability aspect is greatly improved.Simultaneously because the functional requirement in wireless sense network equipment reduces greatly, therefore also reduce technical requirement and the cost of wireless sensing net node device hardware to a great extent, what also reduce embedded software developing needs integration time simultaneously.GTiBee OS operating system also reaches the breakthrough of leap property in " the convenient usability of system ".Because the communications protocol in server uses traditional type software, instead of embedded software, the speed of software development and quality obtain and significantly improve." the wireless cloud Sensor Network communication management cloud platform ", " CWSN wireless cloud Sensor Network data management cloud platform " developed based on powerful cloud computing server and CWSN cloud service version user client communication management software allow user can start communication management software Anywhere in the world, the communication process of monitoring wireless sensor network and data result.GTiBee OS operating system comprises the multi-platform software API of complete set, and client can be handled communication management software by API, controls, revise targetedly communications protocol wireless device.Therefore, GTiBee is not only a communications protocol, and it is an Internet of Things application development platform simultaneously, can allow client's Application and Development project simply and easily.
Internet of things system based on GTiBee adopts brand-new network layer, link layer, with physical layer design theory, realize advanced wireless communication protocol beyond the clouds, based on cloud computing technology, the communications protocol of more complicated is implemented in the high in the clouds calculated and storage resources is abundant, reduce the requirement of node to hardware resource, decrease the complexity of embedded software program.Because high in the clouds assume responsibility for main calculation task, the communications protocol of node obtains simplification, and system reliability obtains and significantly improves.This technology can preferably resolution system expansion problem, be applicable to large scale and high density high reliability Internet of things system application, have comparatively far-reaching influence to the development of technology of Internet of things.
Internet of things system based on GTiBee has the following advantages: 1, overlength transmitting range (other short distance communication modes such as relative ZigBee), adopt wireless sense network energy optimisation technique to lower node power consumption (super low-power consumption, super long standby time), most high transmission speed supports 256kbps (next-generation can support 1Mbps).2, network layer and part of links layer function realize at server end by GTiBee technology, and the setting of communication path and maintenance function obtain the breakthrough of leap property, directly can adopt the communication path optimized algorithm of the maturation realized in existing software.Reduce requirement and the cost of wireless node apparatus hardware.3, intelligent control system communication: the transmitting range and the transfer rate that require adjustment wireless system according to concrete Internet of things system application.4, system adopts brand-new network layer, link layer and physical layer design theory, realize advanced wireless communication protocol beyond the clouds, brand-new media access control sublayer and physical layer design, greatly improve the performance of wireless sense network and lower the cost of networking hardware in Sensor Network based on powerful cloud computing technology.5, system is by wireless sense network communication " high in the clouds management, high in the clouds calculating, high in the clouds distributed storage data, the large data intelligence in high in the clouds are excavated ", advanced Communication Theory is adopted to improve the performance (distance of whole communication system, speed, power system capacity etc.), thus reach the advanced function of long distance, high power capacity, low collision and low power consuming.6, Internet of Things high reliability, the application of extensive, highdensity internet of things networking is applicable to, compare current main flow Sensor Network agreement ZigBee etc., GTiBee all has significantly improvement in performance in system reliability, the stability of a system, system extension ability and transmitting range and system power consumption etc.
Server 300 for receiving described lamp condition signal, and generates the first control signal according to described lamp condition signal and predetermined threshold value, and is sent to street lamp monitoring terminal 100 by radio communication device 200.
Server 300 can be the high performance computer being arranged at municipal sector also can be Cloud Server.Server 300 is when receiving lamp condition signal, compare with the threshold value of each parameter be stored in server, as: when illuminance is lower than predetermined threshold value corresponding with it, generation is opened or dimmer command, and be sent to street lamp monitoring terminal 100, the street lamp of annex is adjusted to suitable brightness; When flow of the people and vehicle flowrate are lower than predetermined threshold value corresponding with it, generation are opened or dimmer command, and is sent to street lamp monitoring terminal 100, neighbouring street lamp brightness is reduced to reduce street lamp energy consumption.
Street lamp monitoring terminal 100 also for opening according to described first control signal or closing street lamp, or regulates the brightness of street lamp.
As preferably, the energy-efficient management system of wisdom illuminating street lamp also comprises user control terminal 400, for arranging the road lamp switch time, presetting the incidence relation of street lamp running parameter, predetermined threshold value and infrared sensor.
As shown in Figure 3, street lamp monitoring terminal 100 comprises: microprocessor 101, street lamp monitoring device 102, illuminance sensor 103, infrared sensor 104, radio frequency unit 105, road lamp switch device 106 and street lamp brightness adjusting device 107.
Wherein, street lamp monitoring device 102 is for gathering the running parameter of street lamp.Running parameter comprises temperature, voltage, electric current, available power, useless power.The street lamp running parameter collected is sent to microprocessor 101 by street lamp monitoring device 102.
Described illuminance for gathering the illuminance of street lamp peripheral region, and is sent to microprocessor 101 by illuminance sensor 103.
Described flow of the people and vehicle flowrate for gathering flow of the people and the vehicle flowrate of street lamp peripheral region, and are sent to microprocessor 101 by infrared sensor 104.
Radio frequency unit 105 is connected to microprocessor 101, for being street lamp monitoring terminal 100 receiving and transmitting signal.Connect
Microprocessor 101 street lamp monitoring device 102, illuminance sensor 103, infrared sensor 104, radio frequency unit 105, road lamp switch device 106 and street lamp brightness adjusting device 107.Microprocessor 101 produces lamp condition signal according to each sensing data.Described lamp condition signal comprises the temperature of street lamp, voltage, electric current, available power, useless power, the illuminance of street lamp peripheral region and flow of the people, vehicle flowrate.After microprocessor 101 receives the illuminance of the running parameter of the street lamp that each transducer is sent and street lamp peripheral region, flow of the people and vehicle flowrate, generate lamp condition signal, and through radio communication device 200, described lamp condition signal is sent to server 300 by radio frequency unit 105.
Road lamp switch device 106 is connected to microprocessor 101, for opening according to described first control signal or closing street lamp;
Street lamp brightness adjusting device 107 is for regulating the brightness of street lamp according to described first control signal.
In addition, server 300 also has alert service unit also for analyzing the history running parameter of all street lamps and working curve to generate the second control signal and fault indication signal, and described second control signal is sent to described street lamp monitoring terminal 100.Server 300 also has alert service unit, after server 300 generates fault indication signal, described fault indication signal is sent to user control terminal 400 and carries out fault alarm.Described alarm signal can adopt mobile phone A PP warning, SMS alarm, the various ways such as mail warning.
In addition, server 300 also comprises fault pre-diagnosing unit, for adding up the running parameter of street lamp to generate the work aging curve of street lamp, and judge whether to reach service behaviour flex point according to described work aging curve, and send street lamp fault early warning signal when the running parameter of street lamp reaches service behaviour flex point to described user control terminal 400.Server 300 generates street lamp and exceeds relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost when the running parameter of street lamp reaches service behaviour flex point, judge whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost according to described relation curve, and send street lamp when the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost to described user control terminal 400 and change signal.
Fig. 4 is the flow chart according to the energy-efficient management method of wisdom illuminating street lamp based on GTiBee of the present invention.As shown in Figure 4, the energy-efficient management method of a kind of wisdom illuminating street lamp, comprising:
Step S01, street lamp monitoring terminal 100 gather the illuminance of the running parameter of street lamp and street lamp peripheral region, flow of the people and vehicle flowrate, generate lamp condition signal, and are sent to described server 300 by radio communication device 200.
Step S02, server 300 receive described lamp condition signal, and generate the first control signal according to described lamp condition signal and predetermined threshold value, and are sent to street lamp monitoring terminal 100 by radio communication device 200.
Step S03, street lamp monitoring terminal 100 are opened according to described first control signal or are closed street lamp, or regulate the brightness of street lamp.
Preferably, the energy-efficient management method of described wisdom illuminating street lamp also comprised before step S01: user control terminal 400 arranges the incidence relation of road lamp switch time, predetermined threshold value and infrared sensor.
In order to enable administrative staff learn fault street lamp as early as possible and change, the energy-efficient management method of wisdom illuminating street lamp that the present invention proposes also comprises fault alarm and helps administrative staff to learn fault street lamp.Fig. 5 is the flow chart of the embodiment being learnt fault street lamp in the energy-efficient management method of wisdom illuminating street lamp of the present invention by fault alarm.As shown in Figure 5, described method comprises:
Step S04, server 300 analyze the history running parameter of all street lamps and working curve to generate the second control signal and fault indication signal;
Described second control signal is sent to described street lamp monitoring terminal by step S05, server 300, and described fault indication signal is sent to user control terminal 400 and carries out fault alarm.
In order to save street lamp power consumption, the energy-efficient management method of wisdom illuminating street lamp that the present invention proposes also comprises calculating street lamp performance and helps administrative staff to be confirmed whether to change street lamp.Fig. 6 helps administrative staff to be confirmed whether the flow chart of the embodiment changing street lamp by calculating street lamp performance in the energy-efficient management method of wisdom illuminating street lamp of the present invention.As shown in Figure 5, described method comprises:
The running parameter of step S06, server statistics street lamp is to generate the work aging curve of street lamp.
Step S07, server judge whether to reach service behaviour flex point according to described work aging curve.
Step S08, when the running parameter of street lamp reaches service behaviour flex point, server sends street lamp fault early warning signal to described user control terminal.
Step S09, server generate street lamp and exceed relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost when the running parameter of street lamp reaches service behaviour flex point;
According to described relation curve, step S10, server judge whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost;
Step S11, when the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost, server sends street lamp to described user control terminal and changes signal.
The energy-efficient management system of wisdom illuminating street lamp based on radio sensing network provided by the invention and method achieve the integration monitoring of all parameters of street lamp, adopt mobile phone A PP warning, SMS alarm, the multiple type of alarms such as mail warning, have ensured the promptness that system emergency is reported to the police; Achieve the pre-diagnosis of the fine-grained management of street lamp energy consumption, street lamp fault, can also realize the networking communication of all infrastructure near street lamp, greatly can improve the degree that becomes more meticulous of city management, promote urban safety management level, power-assisted smart city is built.
Above-described embodiment is citing of the present invention, although disclose embodiments of the invention and accompanying drawing for the purpose of illustration, but it will be appreciated by those skilled in the art that: without departing from the spirit and scope of the invention and the appended claims, various replacement, change and amendment are all possible.Therefore, the present invention should not be limited to the content disclosed in embodiment and accompanying drawing.
Claims (10)
1., based on the energy-efficient management system of wisdom illuminating street lamp of GTiBee technology, comprise at least one street lamp monitoring terminal, at least one radio communication device and server,
Described street lamp monitoring terminal is arranged on city street lamp, for illuminance, the flow information of the running parameter and street lamp peripheral region that gather street lamp, generates lamp condition signal, and is sent to described server by radio communication device;
Described radio communication device is connected with described street lamp monitoring terminal and server respectively, for the Signal transmissions between described street lamp monitoring terminal and server;
Described server for receiving described lamp condition signal, and generates the first control signal according to described lamp condition signal and predetermined threshold value, and is sent to street lamp monitoring terminal by radio communication device;
Wherein, described street lamp monitoring terminal also for opening according to described first control signal or closing street lamp, or regulates the brightness of street lamp;
All Signal transmissions is carried out by wireless sense network between described street lamp monitoring terminal and described radio communication device and described server.
2. the energy-efficient management system of wisdom illuminating street lamp according to claim 1, wherein, also comprises user control terminal, for arranging the road lamp switch time, presetting the incidence relation of street lamp running parameter, predetermined threshold value and infrared sensor.
3. the energy-efficient management system of wisdom illuminating street lamp according to claim 1, wherein, described server is also for analyzing the history running parameter of all street lamps and working curve to generate the second control signal and fault indication signal, and described second control signal is sent to described street lamp monitoring terminal, and described fault indication signal is sent to user control terminal carries out fault alarm.
4. the energy-efficient management system of wisdom illuminating street lamp according to claim 1, wherein, described server is also for adding up the running parameter of street lamp to generate the work aging curve of street lamp, and judge whether to reach service behaviour flex point according to described work aging curve, and send street lamp fault early warning signal when the running parameter of street lamp reaches service behaviour flex point to described user control terminal.
5. the energy-efficient management system of wisdom illuminating street lamp according to claim 4, wherein, described server also generates street lamp and exceeds relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost when the running parameter of street lamp reaches service behaviour flex point, judge whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost according to described relation curve, and send street lamp when the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost to described user control terminal and change signal.
6. the energy-efficient management system of wisdom illuminating street lamp according to claim 1, wherein, described street lamp monitoring terminal comprises:
Street lamp monitoring device, for gathering the running parameter of street lamp, described running parameter comprises temperature, voltage, electric current, available power, useless power;
Illuminance sensor, for gathering the illuminance of street lamp peripheral region;
Infrared sensor, for gathering flow of the people and the vehicle flowrate of street lamp peripheral region;
Radio frequency unit, for receiving and transmitting signal;
Microprocessor, for generation of described lamp condition signal;
Road lamp switch device, for opening according to described first control signal or closing street lamp;
Street lamp brightness adjusting device, for regulating the brightness of street lamp according to described first control signal.
7., based on the energy-efficient management method of wisdom illuminating street lamp of GTiBee technology, comprising:
Street lamp monitoring terminal gathers the running parameter of street lamp and illuminance, the flow information of street lamp peripheral region, generates lamp condition signal, and is sent to described server by radio communication device;
Server receives described lamp condition signal, and generates the first control signal according to described lamp condition signal and predetermined threshold value, and is sent to street lamp monitoring terminal by radio communication device;
Street lamp monitoring terminal is opened according to described first control signal or is closed street lamp, or regulates the brightness of street lamp.
8. the energy-efficient management method of wisdom illuminating street lamp according to claim 7, wherein, also comprises:
User control terminal arranges the incidence relation of road lamp switch time, predetermined threshold value and infrared sensor.
9. the energy-efficient management method of wisdom illuminating street lamp according to claim 7, wherein, also comprises:
The history running parameter of all street lamps of server analysis and working curve are to generate the second control signal and fault indication signal;
Described second control signal is sent to described street lamp monitoring terminal by server, and described fault indication signal is sent to user control terminal carries out fault alarm.
10. the energy-efficient management method of wisdom illuminating street lamp according to claim 7, wherein, also comprises:
The running parameter of server statistics street lamp is to generate the work aging curve of street lamp;
Server judges whether to reach service behaviour flex point according to described work aging curve;
When the running parameter of street lamp reaches service behaviour flex point, server sends street lamp fault early warning signal to described user control terminal, and generation street lamp exceeds the relation curve between the electricity cost of normal energy dissipating portion and street lamp replacement cost simultaneously;
According to described relation curve, server judges whether the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost;
When the electricity cost that street lamp exceeds normal energy dissipating portion exceedes street lamp replacement cost, server sends street lamp to described user control terminal and changes signal.
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| CN106658892A (en) * | 2016-11-03 | 2017-05-10 | 许昌学院 | Urban street lamp intelligent control system based on Internet of Things |
| CN106658867A (en) * | 2017-02-14 | 2017-05-10 | 昆山高过云智能科技有限公司 | Mobile Internet of Things illumination control system |
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| CN108881370A (en) * | 2018-04-25 | 2018-11-23 | 佛山市中凯机电工程有限公司 | A kind of wisdom street lamp based on city cloud interconnects control system |
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| CN109737490A (en) * | 2018-12-25 | 2019-05-10 | 浙江大学常州工业技术研究院 | A kind of wisdom heating system and heating method |
| CN110234191A (en) * | 2019-04-24 | 2019-09-13 | 中山市桂源光电科技有限公司 | A kind of long-range street lamp fault monitoring instruction system of road |
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| CN112533343B (en) * | 2020-12-23 | 2023-02-03 | 重庆化工职业学院 | City street lamp intelligent monitoring system under thing networking mode |
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