CN202815525U - Wind and light power supply intelligent measurement and control server - Google Patents
Wind and light power supply intelligent measurement and control server Download PDFInfo
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- CN202815525U CN202815525U CN2012203244663U CN201220324466U CN202815525U CN 202815525 U CN202815525 U CN 202815525U CN 2012203244663 U CN2012203244663 U CN 2012203244663U CN 201220324466 U CN201220324466 U CN 201220324466U CN 202815525 U CN202815525 U CN 202815525U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The utility model discloses a wind and light power supply intelligent measurement and control server, comprising a power supply module, an access module, an instruction analysis module, a communication module, a self-detection control module and a man-machine operation interface module. The wind and light power supply intelligent measurement and control server performs measurement, sensing, adjustment, control and information transmission on onside parameters through a sensor and an actuator, monitors, adjusts and remotely controls the work state of the accessed sensor and the actuator, can perform measurement, adjustment, control and information transmission on hardware and software of the server, and performs reasonability analysis on collected data to timely discover problems and to intervene in, control, switch and restart the server, thereby achieving the purpose of automatically repairing and remotely controlling equipment operation problems, reducing maintenance cost and increasing efficiency.
Description
Technical field
The utility model relates to the monitoring field, particularly a kind of honourable supply intelligent observing and controlling server.
Background technology
Sun power long-haul telemetry, the telechirics of generally using at present solved the access problem of on-the-spot powerup issue, spot sensor, on-the-spot Communication to the daemon software system.But, for the problem of inspection, adjustment and the recovery of fielded system self duty; The inspection of the duty of spot sensor and actuator, control and recovery problem; Processing problem in the time of the communication generation problem between scene and the daemon software, prior art can't address these problems well.
The system that generally uses at present carries out in the mode of the system integration, there are not the self-monitoring inspection of system self and the ability of self-fault restoration, in case system's generation problem must the maintainer reaches on-the-spot system is checked, the formation reason of pinpointing the problems is dealt with problems again.Simultaneously, these systems all adopt accumulator voltage regulation type charge controller to come to be system power supply.Though accumulator voltage regulation type charge controller cost compare is low, still, in case occuring, storage battery forces down or battery damage, and whole system can not be worked.In addition, these systems, it all is the electric weight of converting accumulator with voltage, when the equipment power dissipation of institute of system load smaller, when duty is highly stable simultaneously, there is certain linear relationship between battery tension and the electric weight, can meet the demands, and in the situation many when the comparison in equipment of institute of system load, that power dissipation ratio is large, duty is changeable, the battery tension that measures will the time low when high, at this moment battery tension and electric weight do not have corresponding relation, so the rising of battery tension or reduction, can not accurately show rising and the reduction of accumulator electric-quantity.
To simple question and in-plant monitoring point, people's ratio is easier to reach the spot, and directly equipment is checked and deals with problems.Yet the problem for more complicated, site inspection can not be found whole problems, for the remote monitoring point of distance or be installed in the system of the dangerous position of environment, often can not in time obtain reparation because personnel can not in time arrive, in addition, the cost of artificial field repair is also very high.
Therefore, existing monitoring technique exists general defective and deficiency, as: do not have inspection, adjustment and control to sensor, actuator duty; Do not have inspection, adjustment and control to the duty of system own; Backup when not having communication failure and automatic switching capabilities; In the battery malfunction situation, system can not work; Electric weight calculating is unreal etc.
Reference:
3G(3rd-generation, 3G (Third Generation) Moblie);
WIFI(wireless fidelity, wireless compatibility authentication);
D/A(digital to analog converter, the d/a converter);
RS485(recommeded standard 485 represents proposed standard 485);
I2C(Inter-Integrated Circuit, the twin wire universal serial bus);
CAN(Controller Area Network, controller local area network);
RS422(recommeded standard 422 represents proposed standard 422);
RS232(recommeded standard 232 represents proposed standard 232);
TCP/IP(Transmission Control Protocol/Internet Protocol, network communication protocol);
SPI(Serial Peripheral Interface, Serial Peripheral Interface (SPI));
MODBUS(industrial field bus agreement);
ASCII(American Standard Code for Informat ion Interchange, American Standard Code for Information Interchange (ASCII));
PWM(Pulse Width Modulation, pulse-length modulation);
MCU(Micro Control Unit, micro-control unit or one chip microcomputer).
The utility model content
The defective that exists in order to overcome above-mentioned prior art, the utility model provides a kind of honourable supply intelligent observing and controlling server, can realize that self check, automatic control and oneself adjust, and can under daemon software and artificial intervention, realize remote repairing.
To achieve these goals, the technical solution of the utility model is as follows:
A kind of honourable supply intelligent observing and controlling server comprises that realization respectively forms the power supply module of modular power source supply;
Realize access sensor, actuator with collection site information, carry out the access module of consistency operation instruction and control on-site target;
Realize the instruction analysis module of data feedback, data analysis and instruction analysis;
Realize the communication module of data interaction between instruction analysis module and the background manage software;
Realize respectively forming the parameter detecting of module, the self check control module of analysis and control;
Realize the man machine operation interface module of man-machine interaction;
Power supply module, access module, self check control module and man machine operation interface module are sent to the instruction analysis module with separately parameter information and operational order by communication module, feed back to the backstage by communication module after the analysis through the instruction analysis module and carry out manual intervention, realize Long-distance Control.
As preferably, power supply module described in the utility model comprises solar electrical energy generation, wind power generation, field power supply, accumulator and combination thereof, described solar electrical energy generation is connected the charging that realizes accumulator with wind power generation with accumulator by circuit, solar electrical energy generation, wind power generation and accumulator connect respectively field power supply, realize each is formed the power supply supply of module by field power supply.
As preferably, the mode of power supply module and instruction analysis module described in the utility model communication is I2C, RS485 and combination thereof.
As preferably, the signal of access module support described in the utility model comprises voltage and current signal, pulse signal, switching signal, RS485 signal, RS422 signal, RS232 signal and combination thereof.
As preferably, the control protocol of access module support described in the utility model comprises RS485 agreement, RS422 agreement, RS232 agreement, ICP/IP protocol, MODBUS agreement and combination thereof.
As preferably, the data encoding mode of access module support described in the utility model comprises standard binary code, Gray code, ASCII character and combination thereof.
As preferably, the communication modes of communication module described in the utility model can be 2.5G, 3G, 4G, WIFI, WiMax, satellite, optical cable, short message communication and combination thereof.
As preferably, the parameter that self check control module described in the utility model detects comprises the actual temperature of generating voltage electric current, accumulate electric current and voltage, instant electric weight, output voltage electric current, power supply state control, PWM parameter, high performance components.
As preferably, instruction analysis module described in the utility model comprises MCU, clock circuit, data storage cell module, main system energy supply control module and main system voltage and current measurement module, described self check control module is connected with MCU with the data storage cell module by clock circuit, the main system energy supply control module is connected with MCU by main system voltage and current measurement module, for adopting power-saving working mode work.
As preferably, MCU described in the utility model, man machine operation interface module and communication module are in dormant state, and the mode that its activation wakes up can be external trigger event, timer, software scheduling, short message and combination thereof.
The beneficial effects of the utility model are, by sensor and actuator on-site parameters is measured, perception, regulate, control and information transmission, sensor and actuator to access carry out working state monitoring, adjust and Long-distance Control, and can measure the operation of server self hardware and software, regulate, control and information transmission, the data that collect are carried out analysis on its rationality, in time to pinpoint the problems and to be intervened, regulate, control, switch and restart, reach the purpose that the equipment operation problem is repaired automatically, reduced maintenance cost, improved efficient.
Description of drawings
Fig. 1 is the prior art systems structural drawing;
Fig. 2 is system architecture schematic block diagram of the present utility model;
Fig. 3 is the utility model connecting system structural representation block diagram;
Fig. 4 is the utility model power supply control battery saving mode structural representation block diagram;
Fig. 5 is the utility model data communication structural representation block diagram.
Embodiment:
Be easy to understand understanding in order to make creation characteristic of the present utility model, technological means and to reach purpose, further set forth the utility model below in conjunction with specific embodiment.
Embodiment:
Referring to Fig. 2, a kind of honourable supply intelligent observing and controlling server comprises that realization respectively forms the power supply module 400 of modular power source supply; Realize access sensor 201, actuator 202 with collection site information, carry out the access module 200 of consistency operation instruction and control on-site target;
Realize the instruction analysis module 100 of data feedback, data analysis and instruction analysis; Realize the communication module 300 of data interaction between instruction analysis module and the background manage software; Realize respectively forming the parameter detecting of module, the self check control module 600 of analysis and control; Realize the man machine operation interface module 500 of man-machine interaction;
Described power supply module 400 comprises solar electrical energy generation 401, wind power generation 404, field power supply 402, accumulator 403 and combination thereof, described solar electrical energy generation 401 is connected with wind power generation and is connected the charging that realizes accumulator 403 by circuit with accumulator 403, solar electrical energy generation 401, wind power generation 404 are connected with accumulator and are connected respectively field power supply 402, realize each is formed the power supply supply of module by field power supply 402.
The mode of described power supply module 400 and instruction analysis modules 100 communications is I 2C, RS485 and combination thereof.The signal that described access module 200 is supported comprises voltage and current signal, pulse signal, switching signal, RS485 signal, RS 422 signals, RS232 signal and combination thereof.The control protocol that described access module 200 is supported comprises RS485 agreement, RS422 agreement, RS232 agreement, ICP/IP protocol, MODBUS agreement and combination thereof.The data encoding mode that described access module 200 is supported comprises standard binary code, Gray code, ASCII character and combination thereof.The communication modes of described communication module 300 can be 2.5G, 3G, 4G, WIFI, WiMax, satellite, optical cable, short message communication and combination thereof.The parameter that described self check control module 600 detects comprises the actual temperature of generating voltage electric current, accumulate electric current and voltage, instant electric weight, output voltage electric current, power supply state control, PWM parameter, high performance components.
Described instruction analysis module 100 comprises MCU 101, clock circuit 103, data storage cell module 102, main system energy supply control module 104 and main system voltage and current measurement module 105, described self check control module 600 is connected with the data storage cell module by clock circuit 103 and is connected with MCU 101, main system energy supply control module 104 is connected with MCU 101 by main system voltage and current measurement module 105, for adopting power-saving working mode work, described MCU 101, man machine operation interface module 500 and communication module 300 are in dormant state, and the mode that its activation wakes up can be the external trigger event, timer, the software scheduling, short message and combination thereof.
Fig. 3 is connecting system structural representation block diagram, referring to Fig. 3, simulating signal isolation amplifying unit 203, shaping unit 204 is amplified in the pulse signal isolation, switching value signal isolation shaping unit 205, serial signal data isolation unit 206, sensor insulating power supply 207 and working sensor electric current and voltage detect the 208 common interfaces that consist of sensor 201, wherein simulating signal isolation amplifying unit 203, shaping unit 204 is amplified in the pulse signal isolation, switching value signal isolation shaping unit 205 and serial signal data isolation unit 206 optionally use according to the actual signal interface standard of sensor 201.Simulating signal isolation amplifying unit 203, pulse signal isolation are amplified on the corresponding interface of MCU 101 that shaping unit 204, switching value signal isolation shaping unit 205 and serial signal data isolation unit 206 be connected respectively to instruction analysis module 100.
Simulating signal isolation output unit 209, pulse signal isolation output 210, switching value signal isolation output 211, serial signal data isolation unit 212, actuator work insulating power supply 213 and actuator voltage and current detect the 214 common interfaces that consist of actuator 202, wherein, simulating signal isolation output unit 209, pulse signal isolation output 210, switching value signal isolation output 211 and serial signal data isolation unit 212 are connected to respectively on the corresponding interface of MCU 101 of instruction analysis module 100.
Video sensor 220, audio sensor 221, audio output device 222, The Cloud Terrace drive 223 and are connected to Video coding and audio coding decoding unit 224, and with Video coding and audio coding decoding unit 224, accept audio frequency and video work insulating power supply 225 and audio frequency and video voltage and current and detect 226 power supply, realization drives 223 opening and closing operation to video sensor 220, audio sensor 221, audio output device 222 and The Cloud Terrace, the electric current and voltage when realizing its work and the detection of power consumption.Video coding and audio coding decoding unit 224 are connected to the network port of communication module 300, are connected to simultaneously MCU 101, and daemon software can operate control to them by MCU 101.The access module electric current and voltage detects 215 for detection of whole access module 200 and each sensor, the total current of actuator, voltage, and therefore calculates the total power consumption of access module 200.Field power supply 401 provides working power for sensor 201, the actuator 202 of access module 200.
Because the problem that the sensor that different vendor produces and actuator exist power supply and ground connection interference aspect adopts signal isolation and isolated from power to carry out electrical isolation and can effectively get rid of interference.Sensor insulating power supply 207, actuator work insulating power supply 213 and audio frequency and video work insulating power supply 225 all will be subject to the control of MCU 101, and MCU 101 will switch on and off sensor insulating power supply 207, actuator work insulating power supply 213 and audio frequency and video work insulating power supply 225 according to trace routine.
By switching on and off sensor insulating power supply 207, the detection 208 of working sensor electric current and voltage and access module electric current and voltage detect 215 electric current and voltage variation and electric current and voltage product relatively, can calculate sensor 201 actual power loss at that time, according to the operation power consumption of normal condition lower sensor 201, can judge the power supply normal condition of sensor 201.Under the metastable condition of measured parameter, connect signal and the data that sensor insulating power supply 207 comes pick-up transducers 201 outputs by twice, can judge whether the Data Detection of sensor 201 is normal.By disconnecting and connecting sensor insulating power supply 207, can finish easily restarting sensor 201.For some special sensors, be aided with auxiliary element, can calibrate sensor.
By switching on and off actuator work insulating power supply 213, the detection 214 of actuator voltage and current and access module electric current and voltage detect 215 detected electric current and voltages variation and electric current and voltage products relatively, can calculate actuator 202 actual power loss at that time, according to the work power consumption of actuator 202 under normal circumstances, whether the power supply that can judge actuator 202 is normal, can realize easily restarting actuator 202.By exporting control signal and data to actuator 202, return signal and the data of collecting corresponding sensor 201 can judge that actuator 202 is working properly, and it is calibrated.
By switching on and off audio frequency and video work insulating power supply 225, power supply to video sensor 220, audio sensor 221, audio output device 222 and The Cloud Terrace driving 223, the detection 226 of audio frequency and video voltage and current and access module electric current and voltage detect 215 detected electric current and voltages and electric current and voltage product relatively, can calculate audio frequency and video work insulating power supply 225, video sensor 220, audio sensor 221, audio output device 222 and The Cloud Terrace are driven 223 work power consumption, can judge whether its work is normal.Detect facility video sensor 220, audio sensor 221, audio output device 222 and the The Cloud Terrace driving 223 of 226 pairs of appointments by the audio frequency and video voltage and current and carry out reboot operation.
For the intelligence sensor with self detecting function, actuator and camera, The Cloud Terrace etc., the utility model can receive their data, and carrying out further to them, working condition detects.
The utility model is in order to reach the purpose of power saving, all adopted the bistable relay with blocking function at all power control parts, the characteristics of this relay are by sending of relay switched on and off the contact that signal comes pilot relay, after having finished the operation that is switched on or switched off when relay, no longer need the signal electricity to carry out keeping of state, namely the signal electricity can be removed.
Among Fig. 3, the working temperature of each system board is measured in mainboard temperature survey 230, when working temperature is higher than the setting limit, reduce the power consumption of mainboard by disconnecting power supply or restriction load, perhaps by opening semiconductor cooler, reach and stabilize or reduce working temperature, make system works stable.Environmental parameter is measured 231 and is measured the parameter that work exerts an influence to server, comprise environment temperature, humidity and oscillation intensity, by the measurement to these parameters, can be in conjunction with other measurement parameter (such as mainboard working temperature, solar electrical energy generation power etc.), effectively calculate and judge the rationality of the duty of each module of server, the variation tendency of correlation parameter is predicted the time that potential failure risk and fault occur.The server physical state is measured 232 and is measured servers locus state at the scene, comprises orientation angles, incline (facing upward) angle, the anglec of rotation, terrain clearance and longitude and latitude, and these parameters will be recognized the variation of server installment state effectively.These state parameters will be very beneficial for explaining the variation of measurement parameter and the implementation effect of related sensor and actuator.
In the utility model, carry out computational analysis and parameter adjustment about the parameter of server self-operating duty all is delivered to self check control module 600, will be undertaken by actuator, control power supply etc. the adjustment of parameter.Simultaneously self check control module 600 also is delivered to daemon software with Calculation results by communication module 300, checks with daemon software.Therefore when the communication between server and the daemon software is unimpeded, can intervene by daemon software or manual type the work of server; When the communication between server and the daemon software disconnects, will come complete independently to the intervention of server work by self check control module 600, until and the recovery of the communication between the daemon software.By the prior parts that redundancy is installed, for example field power supply mainboard, accumulator, communication module, system board and relevant sensor and actuator, under self check control module 600, daemon software and artificial intervention, can finish most maintenance server and parts replacement.
Fig. 4 is the utility model power supply control battery saving mode structural representation block diagram, referring to Fig. 4, MCU 101, clock circuit 103, data storage cell module 102, main system energy supply control module 104 and the main system voltage and current measurement module 105 common hardware circuit parts that consist of instruction analysis module 100, communication by MCU 101 and man machine operation interface module 500, realize on-the-spot setting and query manipulation to server, by the communication between MCU 101 and the communication module 300, the operation that realizes receiving the instruction of daemon software and send data to daemon software.
The power supply control that main system energy supply control module 104 and main system operating voltage circuit measuring module 105 realize MCU 101, communication module 300 and man machine operation interface module 500.Man machine operation interface module 500 is ability plugged in the time of the on-the-spot setting of needs and inquiry only, and MCU 101 and communication module 300 be ability plugged when needs carry out data transmission or need to receive the daemon software instruction only.Because MCU 101 and communication module 300 have occupied very large part in the power consumption of whole system, by the decline to whole system work power consumption plays a key effect to the power supply control of MCU 101 and communication module 300.By allowing MCU 101 and communication module 300 access dormant states, reduce system power dissipation.
Obtain the variation of electric current and voltages and product and to the operational order of MCU 101, man machine operation interface module 500 and communication module 300, can substantially judge the working condition of system hardware by main system voltage and current measurement module 105.
When MCU 101, man machine operation interface module 500 and communication module 300 are idle, self check control module 600 will be born the task on duty of whole system.MCU 101 and communication module 300 can be waken up by modes such as external trigger, timer, software scheduling, short messages.
As shown in Figure 5, the measured industrial ethernet protocol of communication module in the utility model, on the means of communication, can use 2.5G, 3G, 4G, WIFI, satellite data communication and fiber optic communications mode to realize data communication, and have the communication channel of a plurality of redundancies.When first-selected passage disconnects, can be according to setting program, connect second channel, routing function 301 is cores of communication module 300, it receives the uploading data that passes over from Ethernet interface 305, also send instructions for 101 times to MCU by Ethernet interface 305, routing function 301 has a plurality of communication modules that outreach, respectively the needs that technical grade WLAN network interface card 302 satisfies the WIFI communication, the needs that technical grade 2.5/3/4G module 303 satisfies by the 3G communication, Ethernet interface 304 satisfies the needs of satellite and fiber optic communications, according to the program of establishing, communication can be at technical grade WLAN network interface card 302, switch between technical grade 2.5/3/4G module 303 and the Ethernet interface 304.Ethernet interface 305 is interfaces of communication module connection order analysis module 100 built-in systems such as server such as grade, adopts the Ethernet interface of industrial standard, is conducive to standardization and the expansion needs of server system.
More than show and described ultimate principle of the present utility model, principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; that describes in above-described embodiment and the instructions just illustrates principle of the present utility model; the utility model also has various changes and modifications under the prerequisite that does not break away from the utility model spirit and scope, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (5)
1. a honourable supply intelligent observing and controlling server is characterized in that, comprising:
Realize respectively forming the power supply module of modular power source supply;
Realize access sensor, actuator with collection site information, carry out the access module of consistency operation instruction and control on-site target;
Realize the instruction analysis module of data feedback, data analysis and instruction analysis;
Realize the communication module of data interaction between instruction analysis module and the background manage software;
Realize respectively forming the parameter detecting of module, the self check control module of analysis and control;
Realize the man machine operation interface module of man-machine interaction;
Power supply module, access module, self check control module and man machine operation interface module are sent to the instruction analysis module with separately parameter information and operational order by communication module, feed back to the backstage by communication module after the analysis through the instruction analysis module and carry out manual intervention, realize Long-distance Control.
2. server according to claim 1, it is characterized in that, described power supply module comprises solar electrical energy generation, wind power generation, field power supply, accumulator and combination thereof, described solar electrical energy generation is connected the charging that realizes accumulator with wind power generation with accumulator by circuit, solar electrical energy generation, wind power generation and accumulator connect respectively field power supply, realize each is formed the power supply supply of module by field power supply.
3. server according to claim 1 and 2 is characterized in that, the mode of described power supply module and instruction analysis module communication is I2C, RS485 and combination thereof.
4. server according to claim 1 is characterized in that, the communication modes of described communication module can be 2.5G, 3G, 4G, WIFI, WiMax, satellite, optical cable, short message communication and combination thereof.
5. server according to claim 1, it is characterized in that, described instruction analysis module comprises MCU, clock circuit, data storage cell module, main system energy supply control module and main system voltage and current measurement module, described self check control module is connected with MCU with the data storage cell module by clock circuit, and the main system energy supply control module is connected with MCU by main system voltage and current measurement module.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012203244663U CN202815525U (en) | 2012-07-05 | 2012-07-05 | Wind and light power supply intelligent measurement and control server |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012203244663U CN202815525U (en) | 2012-07-05 | 2012-07-05 | Wind and light power supply intelligent measurement and control server |
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| CN202815525U true CN202815525U (en) | 2013-03-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103529759A (en) * | 2012-07-05 | 2014-01-22 | 上海桥茵自动化设备有限公司 | Intelligent measurement and control server powered by wind and light |
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2012
- 2012-07-05 CN CN2012203244663U patent/CN202815525U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103529759A (en) * | 2012-07-05 | 2014-01-22 | 上海桥茵自动化设备有限公司 | Intelligent measurement and control server powered by wind and light |
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