CN103197618A - Method and system of monitoring wind-driven generator - Google Patents
Method and system of monitoring wind-driven generator Download PDFInfo
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- CN103197618A CN103197618A CN201310057475XA CN201310057475A CN103197618A CN 103197618 A CN103197618 A CN 103197618A CN 201310057475X A CN201310057475X A CN 201310057475XA CN 201310057475 A CN201310057475 A CN 201310057475A CN 103197618 A CN103197618 A CN 103197618A
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Abstract
The invention provides a method monitoring a wind-driven generator and a system of monitoring the wind-driven generator. The method of monitoring the wind-driven generator includes the steps: installing a state monitoring module to the wind-driven generator, determining position information of the state monitoring module according to information which is received by the state monitoring module of the wind-driven generator, using the state monitoring module to obtain parameter information of the wind-driven generator, and finally sending the parameter information through a wired network or a wireless network to a central facility to display. The method and the system of monitoring the wind-driven generator improve efficiency of determining the position of state detection equipment by a remote operator and obtain state data of the wind-driven generator in real-time to display.
Description
Technical field
The present invention relates to the wind energy turbine set technical field of data processing, particularly a kind of method and system of monitoring aerogenerator.
Background technology
Along with the development of economic society, the mankind will be increasing to the demand of the energy.Yet human exhaustive exploitation utilization to the energy certainly will cause the exhausted day by day of resource, how to find a kind of novel energy to break away from the focus that energy crisis has become world's common concern.Wind energy is a kind of reformulations of sun power, is a kind of renewable natural resources that does not produce any pollutant emission, is a kind of main new power source of human social economy's sustainable development.But wind energy is again a kind of very unsettled resource, and controlling it needs a lot of technological means, comprises power grid construction planning, wind-force prediction accurately, the back-up source, the electricity market of sound operation, the equilibrium of supply and demand of both parties etc. of abundance when calm.Wind power technology reaches its maturity, and reliable product quality, cost of electricity-generating are near the coal electricity, and it will be widely used as a kind of effective way that solves production and domestic energy.
Aerogenerator is electromechanical equipment, is used for wind energy is converted to electric energy.Usually, aerogenerator utilizes wind to drive a gear case, and armature spindle and a generator (or other mechanical organs) finally produce electric power.Generator is one of important component part of wind power generating set, develop and select for use be suitable for wind-powered electricity generation conversion, reliable, generator system that efficient is high, control performance is good is the key point of wind-power electricity generation work.Yet, because the long-term running continuously of blower fan, the composition of air difference that different purposes blower fans are handled, it is improper to add some blower fan type selecting in early stage, and blower fan various faults can occur unavoidably in operational process, is the airflow pressure deficiency by long-term observation research blower fan general fault that occurs in operational process, bearing temperature is too high, fan vibration is excessive, and motor overload turns round, the blower fan temperature is too high, and belt is beated and skidded etc.
Aerogenerator is because the effect of vibration may cause the distortion of a lot of parts.Through operation after a while, may need to monitor the abnormal behaviour of the mechanical organ of aerogenerator, and predictability maintenance or guarantee check.Therefore, monitor the running status of aerogenerator in real time, the operation about the aerogenerator feedback of status is provided, promote that the sound development of wind-powered electricity generation cause is significant.
In order to overcome above-mentioned the deficiencies in the prior art, the invention provides a kind of method and system of monitoring aerogenerator, trial is by being connected to condition monitoring device on the aerogenerator, by wireless mode the data in real time of collecting is transferred to the remote monitoring facility, and can determine and send the position at aerogenerator place, can reduce artificial mistake, simultaneously can also improve the efficient that the teleoperator determines the condition monitoring device position, obtaining the status data of aerogenerator in real time, is one of present wind energy turbine set technical field of data processing problem demanding prompt solution.
Summary of the invention
In view of this, the embodiment of the invention has proposed a kind of method and system of monitoring aerogenerator, by state monitoring module is installed to aerogenerator, follow the information that receives according to state monitoring module on the aerogenerator, determine the positional information of state monitoring module, use state monitoring module to obtain the parameter information of aerogenerator then, parameter information sends to central facilities by wired or wireless network and shows the most at last, this programme can improve the efficient that the teleoperator determines the condition monitoring device position, and can obtain the status data of aerogenerator in real time and show.
For solving the problems of the technologies described above, the purpose of the embodiment of the invention is achieved through the following technical solutions:
A kind of method of monitoring aerogenerator comprises:
Step 1, state monitoring module is installed to aerogenerator;
Step 2, according to the information that state monitoring module on the aerogenerator receives, determine the positional information of state monitoring module;
Step 3, use state monitoring module are obtained the parameter information of aerogenerator;
Step 4, parameter information is sent to central facilities by wired or wireless network and show.
Preferably, in the above-mentioned steps two, the positional information of state monitoring module is to identify by transducer.
Preferably, above-mentioned transducer can be identified the position of sequence number, manufacturer and/or the blower fan of blower fan, includes but not limited to longitude and latitude coordinate.
Preferably, above-mentioned transducer comprises a radio-frequency (RF) identification chip (RFID).
Preferably, above-mentioned state monitoring module can comprise an inquisitor, obtains data by using inquisitor from transducer.
Preferably, in the above-mentioned steps one, state monitoring module also comprises a gps receiver unit, can determine the positional information of state monitoring module and its aerogenerator of monitoring by using the gps receiver unit.
Preferably, above-mentioned positional information is to send by the WIFI transceiver.
Preferably, above-mentioned central equipment can show the parameter informations such as speed, position, communications status and battery status of generator.
A kind of system that monitors aerogenerator comprises:
Aerogenerator;
Condition monitoring device is for the running status of aerogenerator;
Wired or wireless network is transferred to remote supervisory station with the wind-power electricity generation machine information that monitors;
Remote supervisory station is for the running status that shows generator.
In sum, the invention provides a kind of method and system of monitoring aerogenerator, by state monitoring module is installed to aerogenerator, follow the information that receives according to state monitoring module on the aerogenerator, determine the positional information of state monitoring module, use state monitoring module to obtain the parameter information of aerogenerator then, parameter information sends to central facilities by wired or wireless network and shows the most at last, this programme can improve the efficient that the teleoperator determines the condition monitoring device position, and can obtain the status data of aerogenerator in real time and show.
Description of drawings
Fig. 1 is a kind of method synoptic diagram of monitoring aerogenerator of the embodiment of the invention;
Fig. 2 is the structural representation of a state monitoring module;
Fig. 3 is a synoptic diagram that is used for the visualization display of remote monitoring aerogenerator;
Fig. 4 is a kind of system schematic of monitoring aerogenerator of the embodiment of the invention.
Embodiment
A kind of method and system of monitoring aerogenerator that the embodiment of the invention provides, by state monitoring module is installed to aerogenerator, follow the information that receives according to state monitoring module on the aerogenerator, determine the positional information of state monitoring module, use state monitoring module to obtain the parameter information of aerogenerator then, parameter information sends to central facilities by wired or wireless network and shows the most at last, this programme can improve the efficient that the teleoperator determines the condition monitoring device position, and can obtain the status data of aerogenerator in real time and show.
The core concept of the embodiment of the invention is, condition monitoring device is connected on the aerogenerator, can be installed in one or more aerogenerators temporarily, in a period of time, from the genset that each is monitored, collect related data, and can the data in real time of collecting be transferred to the remote monitoring facility by wireless mode.Condition monitoring device comprises the position deixis, can not rely under the situation of installation procedure, determines and send the position at aerogenerator place, and the warning central facilities.Like this, can reduce artificial mistake, can also improve the efficient that the teleoperator determines the condition monitoring device position simultaneously, obtain the status data of aerogenerator in real time.
For making purpose of the present invention, technical scheme and advantage clearer, the embodiment that develops simultaneously with reference to the accompanying drawings, the present invention is described in more detail.
The embodiment of the invention provides a kind of method of monitoring aerogenerator, and as shown in Figure 1, concrete steps comprise:
Step 1, state monitoring module is installed to aerogenerator;
Particularly; in embodiments of the present invention; state monitoring module 10 can comprise functional units such as power supply unit, standby power unit, WIFI unit and data recorder control module; and above-mentioned correlation function can be installed in the housing; namely be included in the independent space, it can support and protect above-mentioned correlation unit to avoid extraneous infringement.In this programme, state monitoring module 10 can be connected on the aerogenerator 20, it can be installed in one or more aerogenerators temporarily.
Step 2, according to the information that state monitoring module on the aerogenerator receives, determine the positional information of state monitoring module;
Particularly, in one embodiment of the invention, the data recorder control module 30 of state monitoring module 10 can comprise a gps receiver unit 301, determines the positional information of state monitoring module 10 and its aerogenerator of monitoring 20 by using gps receiver unit 301.And the gps receiver unit 301 of state monitoring module 10 comprises the position deixis, can not rely under the situation of installation procedure, determines and send the position at its place.Therefore, in this programme, will be according to the information of 10 receptions of state monitoring module on the aerogenerator 20, determining the positional information of state monitoring module 10, particularly is by using gps receiver unit 301 to determine the positional information of state monitoring module 10 and its aerogenerator of monitoring 20.
Further, in this embodiment of the present invention, the positional information that gps receiver unit 301 generates can calculate the position of state monitoring module 10 and its aerogenerator of monitoring 20, shows with the form of longitude and latitude coordinate.Though gps receiver unit 301 can calculate the position of state monitoring module 10 and/or the position of the aerogenerator 20 that monitors at any time, other some parameters also can interrelate with calculating and the transmission of position.For example, when state monitoring module 10 moves to power supply state from non-power supply state at every turn, state monitoring module 10 will instruct gps receiver unit 301 to calculate its position.Behind gps receiver unit 301 calculating location informations, state monitoring module 10 will send this position, pass to central facilities or remote supervisory station 50 by WIFI unit 40.WIFI unit 40 can further comprise WIFI transceiver 401, router four 02, CDMA transceiver 403 and cdma modem 404.
In another embodiment, the positional information of state monitoring module 10 and its aerogenerator of monitoring 20 can determine and identify by using a transducer, for example a radio frequency identification unit (RFID).Usually, the RFID chip comprises an integrated circuit, is used for storage data and an antenna.For example, according to the identifying information of aerogenerator, aerogenerator can carry the RFID chip of having encoded.This identifying information can comprise manufacturer, the sequence number of aerogenerator, also can comprise the positional information of aerogenerator, as longitude and latitude coordinate.State monitoring module 10 also can further comprise RFID inquisitor or reader, and the RFID inquisitor can use a radio frequency (RF) transceiver, and this radio frequency (RF) transceiver is by microcontroller and day line traffic control.When state monitoring module 10 is installed on the monitored aerogenerator, the RFID inquisitor will be from being installed in the RFID chip visit on the monitored aerogenerator and obtaining data, state monitoring module 10 is by obtaining these data, can determine identity and/or the position of aerogenerator, and identity and/or position passed to central facilities, central facilities includes but not limited to remote supervisory station.
Step 3, use state monitoring module are obtained the parameter information of aerogenerator;
Particularly, in embodiments of the present invention, state monitoring module 10 can comprise mechanical axis acceleration sensor or optics speed coupling mechanism and the housing of WIFI unit, switch element, power supply unit, standby power unit, power converter cells, digital memory cell, temperature sensor unit, cooling fan unit, gps receiver unit, temperature switch and aerogenerator.The WIFI unit can further comprise WIFI transceiver, router, CDMA transceiver and cdma modem.
In this programme, state monitoring module 10 can also receive the signal from other state monitoring module 10 as the repeater of a local area network (LAN), and these signals are sent to central facilities, and central facilities includes but not limited to remote supervisory station.The said units that state monitoring module 10 comprises can be collected corresponding related data from aerogenerator, remote supervisory station then can receive and use data in real time from the position of any needs.For example, WIFI transceiver 401 can communicate, and the data communication of collecting is arrived local accessing points, and local accessing points can transfer data to a central facilities by Wireless/wired network 60 then, as remote supervisory station.Alternately, state monitoring module 10 can also communicate by cdma modem 404 and CDMA transceiver 403, and the data of transmission are sent to central facilities by using porous communication.
The positional information that G PS acceptor unit 301 generates can calculate the position of state monitoring module 10 and its aerogenerator of monitoring, and shows with the form of longitude and latitude coordinate.Though gps receiver unit 301 can calculate the position of state monitoring module 10 and/or the position of the aerogenerator that monitors at any time, other some parameters also can interrelate with calculating and the transmission of position.For example, when state monitoring module 10 moves to power supply state from non-power supply state at every turn, state monitoring module 10 will instruct gps receiver unit 301 to calculate its position.Behind gps receiver unit 301 calculating location informations, state monitoring module 10 will send this position, pass to central facilities or remote supervisory station by WIFI unit 202 or CDMA transceiver 208.WIFI unit 40 can further comprise WIFI transceiver 401, router four 02, CDMA transceiver 403 and cdma modem 404.
In another embodiment, the position of state monitoring module 10 and its aerogenerator of monitoring can determine by using a power converter cells, for example a radio frequency identification unit (RFID).Usually, the RFID chip comprises an integrated circuit, is used for storage data and an antenna.For example, according to the identifying information of aerogenerator, aerogenerator can carry the RFID chip of having encoded.This identifying information can comprise manufacturer, the sequence number of aerogenerator, also can comprise the positional information of aerogenerator, as longitude and latitude coordinate.State monitoring module 10 also can further comprise RFID inquisitor or reader, and the RFID inquisitor can use a radio frequency (RF) transceiver, and this radio frequency (RF) transceiver is by microcontroller and day line traffic control.When state monitoring module 10 is installed on the monitored aerogenerator, the RFID inquisitor will be from being installed in the RFID chip visit on the monitored aerogenerator and obtaining data, state monitoring module 10 is by obtaining these data, can determine identity and/or the position of aerogenerator, and identity and/or position passed to central facilities, central facilities includes but not limited to remote supervisory station.
Fig. 2 is the state monitoring module synoptic diagram of an embodiment, and wherein all unit in the state detection module 10 are included in the module housing.In the present embodiment, state monitoring module 10 comprises data recorder control module 30, WIFI unit 40, power supply unit 70 and standby power unit 80.This state monitoring module 10 comprises a whole set of radio function and status monitor device.Further, power supply unit 70 comprises a power supply, and its capacity can provide the electric power of all unit of state monitoring module 10.When this power supply unit 70 can not provide power supply to state detection module 10, standby power unit 80 provided electric energy can for the unit of state monitoring module 10, and it comprises battery backup power source.WIFI unit 40 comprises can send data to state monitoring module 10 and the device that receives from state monitoring module 10 data.WIFI unit 40 comprises WIFI transceiver 401, router four 02, CDMA transceiver 403 and cdma modem 404.Data recorder control module 30 can comprise gps receiver 301, microcontroller 302, number storage 303 (for example ROM, RAM, NVRAM etc.) and a plurality of accelerometer 304, current monitor 305 and speed pickup 306.
Microcontroller 302, number storage 303, gps receiver unit 301 and accelerometer 304 can carry out commercialization as hardware components.Connect and control these hardware with software, from the different point of aerogenerator and assembly, obtain vibration and acceleration information.Power supply unit 70, standby power unit 80, WIFI unit 40 and data recorder control module 30 can be installed in the housing, and it can support and protect them to avoid infringement.
Step 4, parameter information is sent to central facilities by wired or wireless network and show.
Particularly, in embodiments of the present invention, central facilities includes but not limited to remote supervisory station, can be placed on the almost remote supervisory station in any place, and it communicates by wire/radio network 60 and state monitoring module 10.By communication, remote supervisory station 50 can obtain data, and these data are produced by state monitoring module 10, as from gps receiver unit 301, can obtain the vibration data of aerogenerator, longitude and latitude coordinate, current drain and temperature.The data that generate from remote supervisory station can be processed and be filed, and are submitted to the employer/operator of aerogenerator.
Above-mentioned cable network can be traditional telecommunications network based on land, and connection status monitoring modular 10 is to remote supervisory station 50.Between remote supervisory station 50 and state monitoring module 10, also can use wireless network 60.Do not having under the situation of cable network, wireless network also can provide the communication between state monitoring module 10 and the remote supervisory station 50.
Fig. 3 is a synoptic diagram that is used for the visualization display of remote monitoring aerogenerator.Can demonstrate the parameter information data of the aerogenerator of monitoring from the visual displays 400.Fig. 3 has described a typical graphic user interface, and it is generated by the software on the computing machine of remote supervisory station.Each aerogenerator can have a data register screen, is used for showing the parameter information data such as speed, position, communication and battery status of generator.Thus, the staff can learn when will have new generator connecting in parallel with system, and the parameter information data of generator any time.Vision shows and also to comprise a geographical map, is used for the position of the aerogenerator describing to monitor.In this programme, visual displays can be indicated the employer of aerogenerator, aerogenerator identifier, the state of GPS position, temperature, power supply, battery status and the state monitoring module cooling fan of supervision aerogenerator.According to the requirement of monitoring technology, shown data can be added or delete and show.
The software of state monitoring module 10 and remote supervisory station each state monitoring module 10 power on or the technician of remote supervisory station near the time, can on display, report and show its positional information automatically.In a single day a debugging button activates, and then status monitoring and data recording begin, and works in the time period of needs, and when monitoring finished, clock just showed.This moment, state monitoring module 10 can remove from aerogenerator, and be used for the monitoring of another typhoon power generator subsequently, as long as state monitoring module 10 is networked and kept communicating by letter with remote supervisory station, the staff of remote supervisory station just can pass through Fig. 3, checks relevant information at any time.
In addition, the embodiment of the invention also provides a kind of system that monitors aerogenerator.As shown in Figure 4, a kind of system schematic of monitoring aerogenerator that provides for the embodiment of the invention.
A kind of system 100 that monitors aerogenerator comprises condition monitoring device 10, aerogenerator 20, wired or wireless network 60 and remote supervisory station 50.
Wherein, condition monitoring device 10 can be installed to aerogenerator with state monitoring module, is used for the running status of monitoring blower fan;
Particularly, in embodiments of the present invention, state monitoring module 10 can comprise mechanical axis acceleration sensor or optics speed coupling mechanism and the housing of WIFI unit, switch element, power supply unit, standby power unit, power converter cells, digital memory cell, temperature sensor unit, cooling fan unit, gps receiver unit, temperature switch and aerogenerator.The WIFI unit can further comprise WIFI transceiver, router, CDMA transceiver and cdma modem.
In this programme, state monitoring module 10 can also receive the signal from other state monitoring module 10 as the repeater of a local area network (LAN), and these signals are sent to central facilities, and central facilities includes but not limited to remote supervisory station.The said units that state monitoring module 10 comprises can be collected corresponding related data from aerogenerator, remote supervisory station then can receive and use data in real time from the position of any needs.For example, WIFI transceiver 401 can communicate, and the data communication of collecting is arrived local accessing points, and local accessing points can transfer data to a central facilities by Wireless/wired network 60 then, as remote supervisory station.Alternately, state monitoring module 10 can also communicate by cdma modem 404 and CDMA transceiver 403, and the data of transmission are sent to central facilities by using porous communication.
The positional information that G PS acceptor unit 301 generates can calculate the position of state monitoring module 10 and its aerogenerator of monitoring, and shows with the form of longitude and latitude coordinate.Though gps receiver unit 301 can calculate the position of state monitoring module 10 and/or the position of the aerogenerator that monitors at any time, other some parameters also can interrelate with calculating and the transmission of position.For example, when state monitoring module 10 moves to power supply state from non-power supply state at every turn, state monitoring module 10 will instruct gps receiver unit 301 to calculate its position.Behind gps receiver unit 301 calculating location informations, state monitoring module 10 will send this position, pass to central facilities or remote supervisory station by WIFI unit 202 or CDMA transceiver 208.WIFI unit 40 can further comprise WIFI transceiver 401, router four 02, CDMA transceiver 403 and cdma modem 404.
In another embodiment, the position of state monitoring module 10 and its aerogenerator of monitoring can determine by using a power converter cells, for example a radio frequency identification unit (RFID).Usually, the RFID chip comprises an integrated circuit, is used for storage data and an antenna.For example, according to the identifying information of aerogenerator, aerogenerator can carry the RFID chip of having encoded.This identifying information can comprise manufacturer, the sequence number of aerogenerator, also can comprise the positional information of aerogenerator, as longitude and latitude coordinate.State monitoring module 10 also can further comprise RFID inquisitor or reader, and the RFID inquisitor can use a radio frequency (RF) transceiver, and this radio frequency (RF) transceiver is by microcontroller and day line traffic control.When state monitoring module 10 is installed on the monitored aerogenerator, the RFID inquisitor will be from being installed in the RFID chip visit on the monitored aerogenerator and obtaining data, state monitoring module 10 is by obtaining these data, can determine identity and/or the position of aerogenerator, and identity and/or position passed to central facilities, central facilities includes but not limited to remote supervisory station.
Fig. 2 is the state monitoring module synoptic diagram of an embodiment, and wherein all unit in the state detection module 10 are included in the module housing.In the present embodiment, state monitoring module 10 comprises data recorder control module 30, WIFI unit 40, power supply unit 70 and standby power unit 80.This state monitoring module 10 comprises a whole set of radio function and status monitor device.Further, power supply unit 70 comprises a power supply, and its capacity can provide the electric power of all unit of state monitoring module 10.When this power supply unit 70 can not provide power supply to state detection module 10, standby power unit 80 provided electric energy can for the unit of state monitoring module 10, and it comprises battery backup power source.WIFI unit 40 comprises can send data to state monitoring module 10 and the device that receives from state monitoring module 10 data.WIFI unit 40 comprises WIFI transceiver 401, router four 02, CDMA transceiver 403 and cdma modem 404.Data recorder control module 30 can comprise gps receiver 301, microcontroller 302, number storage 303 (for example ROM, RAM, NVRAM etc.) and a plurality of accelerometer 304, current monitor 305 and speed pickup 306.
Microcontroller 302, number storage 303, gps receiver unit 301 and accelerometer 304 can carry out commercialization as hardware components.Connect and control these hardware with software, from the different point of aerogenerator and assembly, obtain vibration and acceleration information.Power supply unit 70, standby power unit 80, WIFI unit 40 and data recorder control module 30 can be installed in the housing, and it can support and protect them to avoid infringement.
Wired or wireless network 60, the medium as transmission is transferred to remote supervisory station with the blower fan information that monitors, i.e. central facilities;
Wherein, cable network can be traditional telecommunications network based on land, and connection status monitoring modular 10 is to remote supervisory station 50.Between remote supervisory station 50 and state monitoring module 10, also can use wireless network 60.Do not having under the situation of cable network, wireless network also can provide the communication between state monitoring module 10 and the remote supervisory station 50.
Remote supervisory station 50 is for the running status that shows generator.
Particularly, in embodiments of the present invention, central facilities includes but not limited to remote supervisory station, can be placed on the almost remote supervisory station in any place, and it communicates by wire/radio network 60 and state monitoring module 10.By communication, remote supervisory station 50 can obtain data, and these data are produced by state monitoring module 10, as from gps receiver unit 301, can obtain the vibration data of aerogenerator, longitude and latitude coordinate, current drain and temperature.The data that generate from remote supervisory station can be processed and be filed, and are submitted to the employer/operator of aerogenerator.
Fig. 3 is a synoptic diagram that is used for the visualization display of remote monitoring aerogenerator.Can demonstrate the parameter information data of the aerogenerator of monitoring from the visual displays 400.Fig. 3 has described a typical graphic user interface, and it is generated by the software on the computing machine of remote supervisory station.Each aerogenerator can have a data register screen, is used for showing the parameter information data such as speed, position, communication and battery status of generator.Thus, the staff can learn when will have new generator connecting in parallel with system, and the parameter information data of generator any time.Vision shows and also to comprise a geographical map, is used for the position of the aerogenerator describing to monitor.In this programme, visual displays can be indicated the employer of aerogenerator, aerogenerator identifier, the state of GPS position, temperature, power supply, battery status and the state monitoring module cooling fan of supervision aerogenerator.According to the requirement of monitoring technology, shown data can be added or delete and show.
The software of state monitoring module 10 and remote supervisory station each state monitoring module 10 power on or the technician of remote supervisory station near the time, can on display, report and show its positional information automatically.In a single day a debugging button activates, and then status monitoring and data recording begin, and works in the time period of needs, and when monitoring finished, clock just showed.This moment, state monitoring module 10 can remove from aerogenerator, and be used for the monitoring of another typhoon power generator subsequently, as long as state monitoring module 10 is networked and kept communicating by letter with remote supervisory station, the staff of remote supervisory station just can pass through Fig. 3, checks relevant information at any time.
One of ordinary skill in the art will appreciate that and realize that all or part of step that above-described embodiment method is carried is to instruct relevant hardware to finish by program, described program can be stored in a kind of computer-readable recording medium, this program comprises one of step or its combination of method embodiment when carrying out.
In addition, each functional unit in each embodiment of the present invention can be integrated in the processing module, also can be that the independent physics in each unit exists, and also can be integrated in the module two or more unit.Above-mentioned integrated module both can adopt the form of hardware to realize, also can adopt the form of software function module to realize.If described integrated module realizes with the form of software function module and during as independently production marketing or use, also can be stored in the computer read/write memory medium.
In sum, this paper provides a kind of method and system of monitoring aerogenerator, by state monitoring module is installed to aerogenerator, follow the information that receives according to state monitoring module on the aerogenerator, determine the positional information of state monitoring module, use state monitoring module to obtain the parameter information of aerogenerator then, parameter information sends to central facilities by wired or wireless network and shows the most at last, this programme can improve the efficient that the teleoperator determines the condition monitoring device position, and can obtain the status data of aerogenerator in real time and show.
More than a kind of method and system of monitoring aerogenerator provided by the present invention are described in detail, used specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand the solution of the present invention; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (9)
1. a method of monitoring aerogenerator is characterized in that, described method comprises:
Step 1, state monitoring module is installed to aerogenerator;
Step 2, according to the information that state monitoring module on the aerogenerator receives, determine the positional information of state monitoring module;
Step 3, use state monitoring module are obtained the parameter information of aerogenerator;
Step 4, parameter information is sent to central facilities by wired or wireless network and show.
2. method according to claim 1 is characterized in that, in the described step 2, the positional information of state monitoring module is to identify by transducer.
3. method according to claim 2 is characterized in that, described transducer can be identified the position of sequence number, manufacturer and/or the blower fan of blower fan, includes but not limited to longitude and latitude coordinate.
4. method according to claim 2 is characterized in that, described transducer comprises a radio-frequency (RF) identification chip (RFID).
5. method according to claim 1 and 2 is characterized in that, described attitude monitoring modular can comprise an inquisitor, obtains data by using inquisitor from transducer.
6. method according to claim 1 is characterized in that, in the described step 1, state monitoring module also comprises a gps receiver unit, can determine the positional information of state monitoring module and its aerogenerator of monitoring by using the gps receiver unit.
7. method according to claim 6 is characterized in that, described positional information is to send by the WIFI transceiver.
8. method according to claim 1 is characterized in that, described central equipment can show the parameter informations such as speed, position, communications status and battery status of generator.
9. a system that monitors aerogenerator is characterized in that, described system comprises:
Aerogenerator;
Condition monitoring device is for the running status of aerogenerator;
Wired or wireless network is transferred to remote supervisory station with the wind-power electricity generation machine information that monitors;
Remote supervisory station is for the running status that shows generator.
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| CN201310057475XA CN103197618A (en) | 2013-02-22 | 2013-02-22 | Method and system of monitoring wind-driven generator |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104238521A (en) * | 2014-09-18 | 2014-12-24 | 安徽工程大学 | Offshore wind plant remote management system |
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| CN104238521A (en) * | 2014-09-18 | 2014-12-24 | 安徽工程大学 | Offshore wind plant remote management system |
| CN104505861A (en) * | 2014-12-31 | 2015-04-08 | 大连尚能科技发展有限公司 | Draught fan converter management system |
| CN108700039A (en) * | 2016-02-25 | 2018-10-23 | 可再生能源欧洲股份公司 | Method for the vibrational state for monitoring wind-driven generator |
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| CN106650517A (en) * | 2016-12-14 | 2017-05-10 | 北京金风科创风电设备有限公司 | Method and system for displaying information of wind power generator |
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