CN106324375B - Solar plant movable type diagnostic system - Google Patents
Solar plant movable type diagnostic system Download PDFInfo
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- CN106324375B CN106324375B CN201510347585.9A CN201510347585A CN106324375B CN 106324375 B CN106324375 B CN 106324375B CN 201510347585 A CN201510347585 A CN 201510347585A CN 106324375 B CN106324375 B CN 106324375B
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Abstract
The present invention provides a kind of solar plant movable type diagnostic systems, and it includes image-recognition module, database, transfer module, hand-held device and operation interfaces.Image-recognition module is used to recognize more data of the solar plant；Database is for storage and sorting data；Transfer module is for transmitting data；Hand-held device is for receiving data；Operation interface is set on hand-held device, and for showing and comparing those data.Pass through the diagnostic system, administrator can obtain immediately the Various types of data of solar plant by hand-held device, by the data of solar plant and the solar plant data of other neighbouring several normal power generations or oneself itself history power generation data be compared, to be diagnosed to be whether this solar plant operates normally, without staying in solar plant at any time.
Description
Technical field
The present invention can allow administrator to pass through hand-held device about a kind of solar plant diagnostic system, especially one kind
Built-in or the various application software (APP) of downloading, Various types of data needed for capturing wait diagnose solar plant pass through comparing mode
Problem diagnosis is carried out, to reach quick and correct diagnostic purpose solar plant movable type diagnostic system.
Background technique
The progress of science and technology makes the life of the people more and more convenient, and high-tech needs to be dependent on electric power, it is therefore desirable to which exploitation is permitted
Multiple-energy-source, such as build nuclear energy factory, thermal power plant etc..In addition, due to the promotion of environmental consciousness, the quantity of solar plant
It gradually increases.Therefore, as the quantity of solar plant and type are more and more, the complexity and difficulty or ease of power plant management and maintenance
Degree also increases.
For example, the set-up site of solar plant completely disperses, and administrator can not be at any time in solar plant
Side supervises the functioning condition of power plant, when solar plant situation occurred, until administrator, which reaches scene, carries out troubleshooting,
Many times are probably wasted.In addition, if many solar plants are asked in the same time when tsunami or earthquake occurs
Topic, causes administrator to have to run around all the time wears him out, can also be delayed the maintenance time of solar plant.For problematic solar plant, fastly
Speed and correctly data collection are even more a big difficulty.
Accordingly, there exist a kind of demands, design a kind of running feelings in addition to administrator can be allowed to supervise solar plant at any time
The system of shape, transfer efficiency or repair status, and by the way that hand-held device is built-in or the various APP of downloading, capture solar plant
Required Various types of data, by compare nearby normal power generation several solar plants, or with itself history generate electricity comparing, allow
Administrator can efficiently manage solar plant, and can quickly with accurately diagnose solar plant problem.
Summary of the invention
The purpose of the present invention is providing a kind of solar plant movable type diagnostic system, passes through the diagnostic system, administrator
Without staying in solar plant at any time, whether can be abnormal with remote diagnostics solar plant.
According to above-mentioned purpose, the present invention provides a kind of solar plant movable type diagnostic system, it includes:
One image-recognition module, for recognizing multiple data of the solar plant；
One database, for those data that store and sort；
One transfer module, for transmitting those data；
Hand-hold device, for receiving those data；
One operation interface is set on the hand-held device, for showing and comparing those data to judge the solar-electricity
The working condition of factory.
Another object of the present invention is to provide a kind of solar plant movable type diagnostic system, passes through the diagnostic system, manage
Reason person can with needed for rapid collection solar plant to be diagnosed power generation and Various types of data, and then quickly find whether solar-electricity
Factory goes wrong.
According to above-mentioned purpose, the present invention provides a kind of solar plant movable type diagnostic system, it includes:
One image-recognition module for obtaining multiple data of the solar plant, and includes:
One image identification unit, for passing through the image identification solar plant to obtain those data；
One position detecting module, the position coordinates and seat for detecting the solar plant are to data；
One design data acquisition unit, for collecting those data when the solar plant design-build；
One brand and model data acquisition unit, for collecting the brand and model number of the multiple element of the solar plant
According to；
One amblent air temperature data acquisition unit, for collecting the climatic data of the solar plant external environment；
One power generation data acquisition unit, is used to collect the power generation data of multiple electrification components of the solar plant；
One power generation analogue data acquisition unit, the power generation number calculated for collecting a power generation simulation softward or device
According to；And
One electronic component data identification unit is used to recognize the component temperature, resistance or leakage current of the solar plant
Data；
One database is electrically connected the image-recognition module, and for those data that store and sort；
One position detecting module, the position coordinates and seat for being used to detect the solar plant are to data, and by the position
Coordinate storage is set in the database；
One transfer module is electrically connected the database, and for transmitting those data；
Hand-hold device, for receiving those data；And
One operation interface is set in the hand-held device, and for showing and comparing those data；
The operation interface for wherein passing through the hand-held device, can be by those data of the solar plant from the database
It captures and, and then compare with multiple data of neighbouring multiple solar plants or generate electricity number with the history of the solar plant
According to comparison.
By above-mentioned solar plant movable type diagnostic system, allow administrator that can capture solar energy by hand-held device
Data needed for the power generation of power plant and all kinds of problem diagnosis, by compare nearby normal power generation several solar plants it is all kinds of
Data, or generate electricity comparing with itself history, allow administrator that can efficiently manage solar plant, and can quickly with
Accurately diagnose solar plant problem.
Detailed description of the invention
Fig. 1 is the schematic diagram of the solar plant movable type diagnostic system of the embodiment of the present invention.
Fig. 2 is the block diagram of the image-recognition module of the embodiment of the present invention.
Symbol description:
10 solar plant movable type diagnostic systems
11 image-recognition modules
111 design data identification units
112 brand and model data identification units
113 amblent air temperature data identification units
114 power generation data identification units
115 power generation analogue data identification units
116 electronic component data identification units
12 databases
13 transfer modules
14 hand-held devices
15 operation interfaces
16 solar plants
17 position detecting modules
18 input modules
Specific embodiment
Cooperate schema and present pre-ferred embodiments below, the present invention is further explained reaches predetermined purpose and taken
Technological means.
Fig. 1 is the block diagram of the solar plant movable type diagnostic system of the embodiment of the present invention.As shown in Figure 1, solar energy
Power plant's movable type diagnostic system 10 is mainly comprising image-recognition module 11, database 12, transfer module 13, hand-held device 14 and behaviour
Make interface 15.
Image-recognition module 11 is used to recognize and capture the data of solar plant 16, and database 12 is distinguished for storing image
Know the data obtained of module 11, transfer module 13 is used to transmit the data stored by database 12, and hand-held device 14 receives biography
The data that module 13 is transmitted are passed, the data of solar plant 16 are shown by the operation interface 15 on hand-held device 14, and
It can be by data of the historical data of the data of solar plant 16 and solar plant 16 or this solar plant 16 and neighbouring
The data of several (N >=1) solar plants compare and judge, manager is allowed to understand the working condition of solar plant 16, and
It is whether normal to diagnose the running of this solar plant 16 by the comparison of data.
After the element of solar plant 16 or solar plant 16 is taken pictures by hand-held device 14, image-recognition module 11
The inclination angle, azimuth, brand and model, specification of the element of this solar plant 16 or solar plant 16 can be recognized from the photo
Or the data such as building height.In addition, hand-held device 14 can be further by the data of solar plant 16 or solar plant 16
Element data beats shine after, data in Identification Data, and the data recognized are uploaded to database 12 and are stored.Citing comes
It says, hand-held device 14 is taken pictures on the display panel or data display screen of the inverter (inverter) of solar plant 16,
Image-recognition module 11 by photo can recognize data on display panel or the data on display screen (such as voltage, electric current,
Kilowatt or the power generation such as kWh information), and these data are transferred on database 12 and are stored.
Database 12 is used for the storage and sequence of data.The data of solar plant 16 can be carried out by database 12
The movements such as storage, update or deletion.Administrator 16 data of solar plant in database 12 can be handled (such as
By data sorting or classification), to obtain the specific data of solar plant 16.For example, pass through operation interface 15, manager
The annual generating efficiency of solar plant 16 can be made into all kinds of comparisons, pass through this kind of comparison, it will be appreciated that solar plant
The situations such as whether 16 generating efficiency abnormal, allow administrator can be according to historical data or the solar plant of neighbouring normal power generation
(N >=1) correct diagnosis is done in the comparison of situation immediately, then is managed or is repaired with the local employee that tells by telephone.Transfer module
13 data transfer mode can be wired or wireless, not limit to herein.Hand-held device 14 can be smart phone or plate
Computer etc., does not limit to herein, and operation interface 15 can be mounted to the application software of hand-held device 14 or by hand-held device 14
Browser show that administrator inputs network address or Internet protocol (Internet by the browser of hand-held device 14
Protocol, IP) address, operation interface 15 can be shown in hand-held device 14.Administrator will too by operation interface 15
The data of Yang Neng power plant 16 are shown on hand-held device 14, the data of the solar plant 16 of different time can be compared
It is right.
In an embodiment of the present invention, solar plant movable type diagnostic system 10 also includes a position detecting module 17,
Position detecting module 17 is used to obtain the position of solar plant 16, which can be global positioning system
(Global Positioning System, GPS), compass, compass or any seat do not limit to herein to positioning tool.
Position detecting module 17 is set on hand-held device, and behind the position for obtaining solar plant 16, operation interface 15 can be according to this
Position finds whether adjacent domain has approximate solar plant, can be by solar plant 16 and neighbouring power plants generating electricity data
And Various types of data is made comparisons, the generating state or generating efficiency for understanding this solar plant 16 and neighbouring solar plant are
No difference.In addition, if image-recognition module 11 can not recognize the data of this solar plant 16 from photo, administrator can be with
The data of solar plant 16 are input to operation interface 15 by an input module 18 by manual mode, for example, administrator
Manually mode photo, data base querying, or scene naked eyes identification mode can be recognized, be manually entered again after confirming data
Handheld apparatus.And the data inputted can be sent to database 12 by transfer module 13 and stored by operation interface 15.
Fig. 2 is the block diagram of the image-recognition module of the embodiment of the present invention.As shown in Fig. 2, image-recognition module 11 includes
Design data identification unit 111, brand and model data identification unit 112, amblent air temperature data identification unit 113, power generation data
Identification unit 114, power generation analogue data identification unit 115 and electronic component data identification unit 116.
The design building data of the identification solar plant 16 of design data identification unit 111, such as solar plant 16
The data such as spacing, module height, road distance or shading that seat is arranged to, module tilt angle, azimuth, module array, and this
Class data can be hand-held device 14 by solar plant design drawing (line chart, loop diagram, planar configuration, raise-position figure etc.),
The coordinate data of position detecting module 17 or the Data Data for building three-dimensional (3D) simulation softward are taken pictures, and image identification is then passed through
Data Data in photo is recognized and is transmitted in database 12 and stored by the design data identification unit 111 of module 11, or is converged
Enter CAD, PDF, SKETCH UP figure or other any electronic document formats, does not limit to herein.
Brand and model data identification unit 112 recognizes the data such as brand and the model of the element of solar plant 16, the sun
The element of energy power plant 16 can be module, inverter (Inverter), transformer, cable, fuse, diode, sudden-wave absorbing
Device or breaker (breaker) etc., but do not limit to herein.Brand and model data identification unit 112 can be hand-held device 14
Element is taken pictures, brand and model data identification unit 112 can pick out brand and the model etc. of this element from the photo of element
Then data are transferred data in database 12 and are stored.
Amblent air temperature data identification unit 113 recognizes solar plant external environment climatic data, and climatic data can be
Sunshine, temperature, wind speed, wind pressure, wind direction, spectrum or humidity etc., but do not limit to herein.Solar plant external environment weather number
According to can be by hand-held device 14 by sunshine recorder set by solar plant 16, thermometer, airspeedometer, blast gauge or hygrometer
Equal measuring instruments or gauge outfit are taken pictures, amblent air temperature data identification unit 113 recognizes the data of instrument on photo, and will be recognized
Data transmission is stored into database 12.The position coordinates of solar plant 16 can also be known by position detecting module 17
Afterwards, then from weather information unit or website the external environment climatic data of solar plant 16 is obtained.
The data identification unit 114 that generates electricity recognizes the power generation data of solar plant 16, and power generation data can be direct current number
According to (such as voltage (V), electric current (I), kilowatt (kW), every kilowatt-hour (kWh), per unit device generated energy (kWh/kWp) or the sun
Can device generating efficiency (kWh/kWp/h) etc.) or alternating current data (such as voltage (V), electric current (I), kilowatt (kW), every kilowatt small
When (kWh), per unit device generated energy (kWh/kWp) or solar energy equipment generating efficiency (kWh/kWp/h) etc.), but herein simultaneously
Do not limit to.The power generation data of solar plant 16 can be with hand-held device 14 by the inverter, ammeter or transformation of solar plant 16
The elements such as device screen or gauge outfit are taken pictures, and power generation data identification unit 114 recognizes the data on photo, and transfers data to data
It is stored in library 12.
Power generation analogue data identification unit 115 is used to recognize power generation simulation softward or generates electricity what simulator was calculated
Generate electricity analogue data, and power generation analogue data can be direct current data (such as voltage (V), electric current (I), kilowatt (kW), every kilowatt small
When (kWh), per unit device generated energy (kWh/kWp) or solar energy equipment generating efficiency (kWh/kWp/h) etc.) or alternating current number
According to (such as voltage (V), electric current (I), kilowatt (kW), every kilowatt-hour (kWh), per unit device generated energy (kWh/kWp) or the sun
Energy device generating efficiency (kWh/kWp/h) etc.), but do not limit to herein.When image distinguishing system or it is manually entered required all kinds of
It designs, after the data such as equipment brand or weather, hand-held device 14 can go out power generation data or hand-held device 14 with automatic imitation to be sent out
After the result that electrical analogue software or power generation simulator are calculated is taken pictures, by generating electricity, analogue data identification unit 115 is distinguished
Know the data on photo, then transfer data in database 12 and store, power generation simulation softward can be PV sys, PV SOL or
Other solar plant simulation softwards do not limit to herein.
Electronic component data identification unit 116 is used to recognize temperature (such as module, inversion of the element of solar plant 16
Device, breaker, diode, fuse, terminal base, cable, direct current power-on box, exchange power-on box etc. elements), (direct current connects resistance
Ground resistance, AC earth resistance or the serial resistance of module etc.) or leakage current (such as inverter, DC disk, AC disk, the end DC or the end AC
Earth leakage stream etc.) etc. data, do not limit to herein.Hand-held device 14 claps the electronic component data measured by instrument
According to, and will be stored in database 12 after the data identification of photo.
After database 12 stores the data of the solar plant 16 obtained of image-recognition module 11, administrator passes through hand-held
The operation interface 15 of device 14 captures the data of solar plant 16 from database 12 to carry out comparing.Data ratio
To between the comparison or solar plant 16 and neighbouring several solar plants that can be generate electricity immediately data or historical data
Comparison (N >=1), can also be the comparison between the element in solar plant 16 with same nature, or power generation simulation number
Comparison between allows administrator to can be understood that the history power generation data and solar plant 16 of solar plant 16
Immediately whether power generation data variant or different solar plants between power generation data it is whether variant, if variant or difference
Excessive, administrator can notify the staff of solar plant to carry out troubleshooting or maintenance.
Although technology contents of the invention have been disclosed above in the preferred embodiment, however, it is not to limit the invention,
Anyone skilled in the art make changing and retouching slightly not departing from spirit of the invention, should all be covered by the present invention
Scope in, therefore protection scope of the present invention is when being subject to claim institute defender.
Claims (10)
1. a kind of solar plant movable type diagnostic system, which is characterized in that the solar plant movable type diagnostic system packet
Contain:
The hand-held device of one tool camera function, shoots multiple photographs of the solar plant and the multiple element of the solar plant
Piece, and include:
One image-recognition module recognizes multiple numbers of the photo of the solar plant and the element of the solar plant
According to the image-recognition module is the software (APP) that the hand-held device is arranged in；
One operation interface is arranged on the hand-held device, shows and compare the data to judge the work of the solar plant
Situation；
The data that the image-recognition module of one database, storage and the hand-held device that sorts is recognized；
One transfer module transmits the data, is connect the hand-held device with the database by the transfer module.
2. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One design data identification unit recognizes multiple design building data of the solar plant.
3. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One brand and model data identification unit recognizes the brand and model of an at least element for the solar plant.
4. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One amblent air temperature data identification unit, recognizes the climatic data of the solar plant external environment.
5. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One power generation data identification unit, recognizes the power generation data of the solar plant or multiple electrification components of the solar plant.
6. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One power generation analogue data identification unit, the power generation data that one power generation simulation softward of identification or device are calculated.
7. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the image-recognition module includes
One electronic component data identification unit recognizes the component temperature of the solar plant, the data of resistance or leakage current.
8. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the solar plant is mobile
Formula diagnostic system also includes a position detecting module, detect coordinate where the solar plant and seat to position data,
And the position data is stored in the database.
9. solar plant movable type diagnostic system as described in claim 1, which is characterized in that the solar plant is mobile
Formula diagnostic system also includes an input module, can be manually entered the data by the input module.
10. a kind of solar plant movable type diagnostic system, which is characterized in that the solar plant movable type diagnostic system packet
Contain:
The hand-held device of one tool camera function, shoots multiple photographs of the solar plant and the multiple element of the solar plant
Piece, and include:
One image-recognition module recognizes multiple numbers of the photo of the solar plant and the element of the solar plant
According to the image-recognition module is the software (APP) that the hand-held device is arranged in, and includes:
One design data identification unit recognizes multiple design building data of the solar plant；
One brand and model data identification unit recognizes the brand and model data of an at least element for the solar plant；
One amblent air temperature data identification unit, recognizes the climatic data of the solar plant external environment；
One power generation data identification unit, recognizes the power generation number of the solar plant or multiple electrification components of the solar plant
According to；And
One electronic component data identification unit recognizes the component temperature of the solar plant, the data of resistance or leakage current；
One operation interface is arranged in the hand-held device, shows and compares the data；
One database is electrically connected the image-recognition module, and stores and distinguished with the image-recognition module for the hand-held device that sorts
The data known；
One position detecting module, the position coordinates and seat for detecting the solar plant are stored up to data, and by the position coordinates
It is stored in the database；
One transfer module, is electrically connected the database, and transmits the data, by the transfer module by the hand-held device and the number
It is connected according to library；
The operation interface for wherein passing through the hand-held device, can capture the data of the solar plant from the database
Out, and then with multiple data of neighbouring multiple solar plants it compares or generates electricity data ratio with the history of the solar plant
It is right.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510347585.9A CN106324375B (en) | 2015-06-23 | 2015-06-23 | Solar plant movable type diagnostic system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510347585.9A CN106324375B (en) | 2015-06-23 | 2015-06-23 | Solar plant movable type diagnostic system |
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| Publication Number | Publication Date |
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| CN106324375A CN106324375A (en) | 2017-01-11 |
| CN106324375B true CN106324375B (en) | 2019-06-07 |
Family
ID=57728900
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510347585.9A Expired - Fee Related CN106324375B (en) | 2015-06-23 | 2015-06-23 | Solar plant movable type diagnostic system |
Country Status (1)
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI655841B (en) * | 2017-09-15 | 2019-04-01 | 中華電信股份有限公司 | Analysis system and analysis method of solar power generation efficiency |
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| CN103472884A (en) * | 2013-08-14 | 2013-12-25 | 浙江工业大学 | Global maximum power point tracking method for photovoltaic array |
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| US20120158200A1 (en) * | 2010-12-17 | 2012-06-21 | Greenvolts, Inc | Integrated performance monitoring for a concentrated photovoltaic (cpv) system |
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Patent Citations (7)
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|---|---|---|---|---|
| CN101282585A (en) * | 2007-04-05 | 2008-10-08 | 江国庆 | Control system for wireless transmission and solar energy power source apparatus |
| TWM367973U (en) * | 2009-05-18 | 2009-11-01 | Oriental Inst Technology | Monitoring system for solar and wind power generation |
| TW201212453A (en) * | 2010-09-08 | 2012-03-16 | Hengs Technology Co Ltd | Real time embedded monitoring system for solar cell module |
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| KR20120070383A (en) * | 2010-12-21 | 2012-06-29 | 주식회사 케이티 | Method and system for managing solar power plants based on augmented reality |
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