CN108491649A - A kind of design method and processing equipment of wind power plant digital Platform - Google Patents
A kind of design method and processing equipment of wind power plant digital Platform Download PDFInfo
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- CN108491649A CN108491649A CN201810265884.1A CN201810265884A CN108491649A CN 108491649 A CN108491649 A CN 108491649A CN 201810265884 A CN201810265884 A CN 201810265884A CN 108491649 A CN108491649 A CN 108491649A
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Abstract
This application provides a kind of design method and processing equipment of wind power plant digital Platform, the wind power plant digital Platform for obtaining three dimensional stress.A kind of design method of wind power plant digital Platform provided by the present application, including：Processing equipment obtains the first threedimensional model, and the first threedimensional model is target geographic threedimensional model, and target geographic threedimensional model is corresponding with target location；Processing equipment builds wind power plant threedimensional model on the first threedimensional model, obtains the second threedimensional model；Second threedimensional model is imported GIS-Geographic Information System by processing equipment, obtains wind power plant digital Platform.So that relevant design personnel free from repetition, inefficient conventional two-dimensional layout design, the efficiency and design accuracy of engineering design are improved by three dimensional design simultaneously, and the wind power plant digital Platform of three dimensional stress can also carry out deisgn product preferably showing, analyze, and be easy to implement the design of wisdom wind power plant and carry out the Continuous optimization of wind power plant.
Description
Technical field
This application involves the design methods and processing of data fields more particularly to a kind of wind power plant digital Platform to set
It is standby.
Background technology
Currently, engineering design field is faced with the innovation of technology, the means such as original exploration, design, drawing, calculating are
The technology requirement under current new development cannot be met, it is therefore desirable to innovate to original technology route.
Such as in terms of the wind-power electricity generation in new energy, in the exploitation of wind power plant big data, user gathers around that there are one suitable
Wind power plant digital Platform it is particularly important.
However, finding in practical applications, the wind power plant digital Platform product for meeting current technical need is still lacked now,
The design efficiency of user has not only been influenced, it is also inconvenient that intuitive and accurate understanding is carried out to wind field design project.
Invention content
This application provides a kind of design methods and processing equipment of wind power plant digital Platform, for obtaining three dimensional stress
Wind power plant digital Platform.
The application in a first aspect, provide a kind of design method of wind power plant digital Platform, including：
Processing equipment obtains the first threedimensional model, and the first threedimensional model is target geographic threedimensional model, and target geographic is three-dimensional
Model is corresponding with target location；
Processing equipment builds wind power plant threedimensional model on the first threedimensional model, obtains the second threedimensional model；
Second threedimensional model is imported GIS-Geographic Information System by processing equipment, obtains wind power plant digital Platform.
In conjunction with the application in a first aspect, in the application first aspect the first possible realization method, processing equipment obtains
The first threedimensional model is taken to include：
Processing equipment acquires the aerial photograph of target location by unmanned plane；
Processing equipment carries out aerial triangulation, obtains the first threedimensional model according to aerial photograph.
In conjunction with the application in a first aspect, in second of possible realization method of the application first aspect, processing equipment exists
Wind power plant threedimensional model is built on first threedimensional model, obtaining the second threedimensional model includes：
Processing equipment builds wind energy, electrical and civil engineering threedimensional model on the first threedimensional model, obtains the second three-dimensional mould
Type.
In conjunction with the application in a first aspect, in the application first aspect the third possible realization method, method further includes：
Processing equipment is by the second threedimensional model upload server, to carry out online management.
In conjunction with the third possible realization method of the application first aspect, in the 4th kind of possible reality of the application first aspect
In existing mode, the second threedimensional model upload server is included by processing equipment：
After the second threedimensional model of processing equipment pair carries out attributes edit processing, by the second threedimensional model upload server.
In conjunction with the application in a first aspect, in the 5th kind of possible realization method of the application first aspect, the first three-dimensional mould
Type includes the arbitrary combination in a cloud, numerical cutting tool, digital elevation model and digital adventure appearance model.
The application provides a kind of processing equipment in second aspect, including：
Acquiring unit, for obtaining the first threedimensional model, the first threedimensional model is target geographic threedimensional model, target geographic
Threedimensional model is corresponding with target location；
Unit is built, for building wind power plant threedimensional model on the first threedimensional model, obtains the second threedimensional model；
Import unit obtains wind power plant digital Platform for the second threedimensional model to be imported GIS-Geographic Information System.
In conjunction with the application second aspect, in the application second aspect the first possible realization method, acquiring unit, tool
Body is used for：
The aerial photograph of target location is acquired by unmanned plane；
According to aerial photograph, aerial triangulation is carried out, the first threedimensional model is obtained.
Unit is built in second of possible realization method of the application second aspect in conjunction with the application second aspect, is had
Body is used for：
Wind energy, electrical and civil engineering threedimensional model are built on the first threedimensional model, obtain the second threedimensional model.
In conjunction with the application second aspect, in the application second aspect the third possible realization method, processing equipment is also
Including：
Uploading unit is used for by the second threedimensional model upload server, to carry out online management.
The application has provided a kind of computer readable storage medium, computer readable storage medium packet in the third aspect
Instruction is included, when the instruction is run on a processing device so that processing equipment is executed such as above-mentioned the application first aspect and the
The flow of at least one of possible realization method in one side.
The application provides a kind of computer program product in fourth aspect, which includes computer
Software instruction, when computer software instructions are run on a processing device so that processing equipment executes above-mentioned the application such as and implements
The flow of at least one of possible realization method in example first aspect and first aspect.
As can be seen from the above technical solutions, the application has the following advantages：
Processing equipment obtains the first threedimensional model, and the first threedimensional model is target geographic threedimensional model, and target geographic is three-dimensional
Model is corresponding with target location, on the basis of the first threedimensional model, builds wind power plant threedimensional model, obtains the second three-dimensional mould
Type, then second threedimensional model is imported in GIS-Geographic Information System, obtain the wind power plant digital Platform of three dimensional stress so that related
Designer frees from repetition, inefficient conventional two-dimensional layout design, while improving engineering design by three dimensional design
Efficiency and design accuracy, and the wind power plant digital Platform of three dimensional stress can also to deisgn product carry out preferably show, analyze,
It is easy to implement the design of wisdom wind power plant and carries out the Continuous optimization of wind power plant.
Description of the drawings
Fig. 1 is a kind of embodiment schematic diagram of the design method of wind power plant digital Platform provided by the present application；
Fig. 2 is another embodiment schematic diagram of the design method of wind power plant digital Platform provided by the present application；
Fig. 3 is a kind of embodiment schematic diagram of processing equipment provided by the present application；
Fig. 4 is another embodiment schematic diagram of processing equipment provided by the present application.
Specific implementation mode
This application provides a kind of design methods and processing equipment of wind power plant digital Platform, for obtaining three dimensional stress
Wind power plant digital Platform.
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on
Embodiment in the application, those skilled in the art's acquired every other implementation without creative efforts
Example, shall fall in the protection scope of this application.
In the following, starting to introduce the application.
First, referring to Fig. 1, Fig. 1 shows the flow of the design method of wind power plant digital Platform provided by the present application
Schematic diagram, as shown in Figure 1, the design method of wind power plant digital Platform provided by the present application specifically includes：
Step 101, processing equipment obtains the first threedimensional model；
Wherein, the first threedimensional model is target geographic threedimensional model, and target geographic threedimensional model is corresponding with target location；
It is appreciated that processing equipment, which can be understood as computer, server etc., has the equipment of data processing function, specifically exist
This is not limited.Further, processing equipment is also understood that the equipment to work independently for one or more share out the work and help one another
Equipment, to realize the design method of wind power plant digital Platform provided herein.
In this application, it is the design of realization wind power plant digital Platform, processing equipment first first obtains target location
Geographical threedimensional model, it will be understood that target location is generally the place that user selectes, the wind power plant number of target location and user
The design object for changing platform is corresponding.
Processing equipment can specifically be built by the connection with other equipment, manual entry, scene or other modes obtain
It is determined as the first threedimensional model to the target geographic threedimensional model of target location, and by the target geographic threedimensional model, wherein its
His equipment is previously stored with the target geographic threedimensional model of target location, other equipment can be built by manual entry, scene or
Person's other modes get the target geographic threedimensional model of target location.
Include the three-dimensional geographic information environment of target location in first threedimensional model, includes the geographical coordinate letter of target location
Breath after processing equipment gets the first threedimensional model, can also be shown by the display device of itself or other equipment to user
The three-dimensional geographic information environment of target location, so that user checks the work of simultaneously supervision and handling equipment design wind power plant digital Platform
Make process, understand the three-dimensional geographic information environment of target location and can also check target location three-dimensional geographic information environment whether
With abnormal or missing.
Step 102, processing equipment builds wind power plant threedimensional model on the first threedimensional model, obtains the second threedimensional model；
Processing equipment is after getting corresponding first threedimensional model of target location, on the basis of the first threedimensional model,
Wind energy model and electrical model are called, collaborative design is carried out in three-dimensional environment, while each profession utilizes in the scope of business
Respective professional environment makes the work such as calculated description, economic evaluation, numerical simulation, builds wind power plant threedimensional model, i.e., in geography three
Three-dimensional wind turbine, traffic, substation, the three dimensional design for collecting electric line are carried out on dimension module, to obtain the second threedimensional model.Its
In, wind energy model and electrical model can be modeled to obtain under relevant Three-dimensional Design Software, in engineering quickly
It realizes quick calling, facilitates the calling of subsequent processing device, realize that the data interchange of Relational database, multielement are integrated, and carried
The treatment effeciency of high disposal equipment.
It should be understood that the first threedimensional model and the second threedimensional model include not only relevant threedimensional model, also
It may include relevant two dimensional model, to meet the use demand of the two dimensional model in certain application scenarios.
Step 103, the second threedimensional model is imported GIS-Geographic Information System by processing equipment, obtains wind power plant digital Platform.
Processing equipment imports GIS-Geographic Information System after locally-available second threedimensional model, by second threedimensional model
(geographic information system, GIS), obtains wind power plant digital Platform.
It is appreciated that in GIS, processing equipment can be to wind power plant digital Platform by the GIS management platforms of exploitation
Design work visually browse, inquires and optimization, can also real-time reception anemometer tower, operation/maintenance data, and can also be
The analysis of big data and visual displaying are carried out in the management platform；It may also be combined with the digitlization fitting technique of wind energy simultaneously,
The output of all facilities of wind power plant, the economic index of load and project alternative are automatically analyzed in real time, and are formed and regularly united
Meter, early warning and guidance.
User can log in web terminal platform by internet, and display wind power plant digital Platform engineering is in virtual earth
Positioning, is dragged by modes such as mouse, touch-control, voices, is rotated, scale etc. to operate and visualized to entire wind power plant；
Also it can determine object, highlight and show its attribute information；Can also be by retrieving column retrieval, list display target object is simultaneously quickly fixed
Position；Subject object can also be screened by statistical analysis module, inquire, count, and with visual image or report
Exhibition method exports.
In this application, processing equipment by by earth's surface in region, empty day, locally under more elements be digitized and carry
Take, obtain the wind power plant digital Platform of three dimensional stress so that relevant design personnel from repeat, inefficient conventional two-dimensional layout design
In free, realize that the data management, inquiry, virtual roaming of the more elements in space and deisgn product visualize by GIS,
And real-time return data can also be counted, be analyzed, Intelligent Optimal Design scheme instructs operation management, to realize wind
Digitlization, visualization, the intelligence of electric field Project design element to deisgn product preferably show, analyze, realize wisdom
The design of wind power plant and the Continuous optimization for carrying out wind power plant, substantially increase the working efficiency of design, while also improving item
Intuitive, the accuracy of mesh decision.
Further, with continued reference to Fig. 2 shows wind power plant digital Platform design method another flow signal
Figure, as shown in Fig. 2, the design method of wind power plant digital Platform provided by the present application also may particularly include：
Step 201, processing equipment acquires the aerial photograph of target location by unmanned plane；
Step 202, processing equipment carries out aerial triangulation, obtains the first threedimensional model according to aerial photograph；
It is appreciated that processing equipment can specifically realize the acquisition of the first threedimensional model by unmanned plane.
Processing equipment obtain the first threedimensional model detailed process in, can obtain target location spot plane mapping with
The transformational relation of WGS84 coordinate systems (world geodetic system-1984), carry out mapping control point, according to engineer's scale,
Range acquires the aerial photograph of target location by unmanned plane.
Processing equipment is after the aerial photograph for getting target location by unmanned plane, by preset parameter and as control
Aerial photograph is carried out aerial triangulation by point, including is resolved, modeled to obtain target geographic threedimensional model, i.e., the one or three
Dimension module.
It is appreciated that by unmanned plane, processing equipment can greatly reduce user and obtain the first threedimensional model in processing equipment
In manual operation, realize more advanced field exploration means, easily obtain the aerial photograph of target location in real time, in turn
Target location corresponding first threedimensional model in real time can be obtained, further increase the standard of the wind power plant digital Platform subsequently obtained
True property and real-time.
Wherein, the aerial photograph that processing equipment can be passed back by being wirelessly connected real-time reception unmanned plane, realizes aerial photograph
Real-time Transmission, to further increase the efficiency that processing equipment builds the first threedimensional model；Alternatively, processing equipment can also wait for nothing
After man-machine return, then by wired connection, receive the aerial photograph that unmanned plane is passed back, it will be understood that wired connection more can guarantee
The safe transmission of aerial photograph, avoids data from being stolen.
Using the application of unmanned plane, the not high wind power plant of the professional degree of association originally can be digitized into element, it is mutual by software
Connection, 3S technologies, including GIS, global position system (global positioning system, GPS), remote sensing technology (remote
Sensing, RS), realize the unification of positioning spatially.
It is to be appreciated that in the first threedimensional model, it specifically may also include a cloud, numerical cutting tool (digital
Surface model, DSM), digital elevation model (digital elevation model, DEM) and digital adventure appearance
Arbitrary combination in (digital line graphic, DLG) model.
Step 203, processing equipment builds wind energy, electrical and civil engineering threedimensional model on the first threedimensional model, obtains the
Two threedimensional models.
It is appreciated that processing equipment after getting the first threedimensional model, is adjusted in addition in such as above-mentioned Fig. 1 corresponding embodiments
With wind energy model and electrical model, civil engineering model can be also called, increases building information, to build wind power plant threedimensional model,
The multielement of wind power plant digital Platform is further promoted to integrate, wherein civil engineering model and above-mentioned wind energy model, electrical model
Similar, specific details are not described herein.
It is similar with the first threedimensional model, in the second threedimensional model, it specifically may also include a cloud, DSM, DEM and DLG mould
Arbitrary combination in type.
Wherein, processing equipment can be got through by wind energy, electrical and each three-dimensional applications of civil engineering interconnection, ensure related three-dimensional
The Lossless transport of the design information of model and application.
Step 204, the second threedimensional model is imported GIS-Geographic Information System by processing equipment, obtains wind power plant digital Platform；
It is appreciated that step 204 is similar with the step 203 of Fig. 1 corresponding embodiments, specific details are not described herein.
Step 205, processing equipment is by the second threedimensional model upload server, to carry out online management.
It is appreciated that user can login service device end, online data management, example are carried out to the second threedimensional model of upload
Permission, load buffer setting can be such as carried out to web terminal data access, manage the anemometer tower of real-time reception, generated energy big data simultaneously
It is analyzed.
Further, after processing equipment can also carry out attributes edit processing to the second threedimensional model, then by the second three-dimensional mould
Type upload server.
Wherein, attributes edit is specifically as follows the processing sides such as projection matching, scene editor, layout, static and dynamic analysis
Formula, after being handled by attributes edit, the second threedimensional model has more bandwagon effect, facilitates the presentation of content and looking into for user
It sees.
It should be understood that having no the restriction in sequential in this application, between step 204 and step 205, actually answering
In, processing equipment can first carry out step 204, then execute step 205；Alternatively, can also first carry out step 205, then execute step
204；Alternatively, step 204 and step 205 can also be performed simultaneously, do not limit herein specifically.
It is the embodiment of the method explanation to the design method of wind power plant digital Platform provided by the present application above, below then
Start the device embodiment explanation of processing equipment provided by the present application.
Referring to Fig. 3, Fig. 3 shows the structural schematic diagram of processing equipment provided by the present application, as shown in figure 3, the application
The processing equipment of offer specifically includes：
Acquiring unit 301, for obtaining the first threedimensional model；
Wherein, the first threedimensional model is target geographic threedimensional model, and target geographic threedimensional model is corresponding with target location；
It is appreciated that processing equipment, which can be understood as computer, server etc., has the equipment of data processing function, specifically exist
This is not limited.Further, processing equipment is also understood that the equipment to work independently for one or more share out the work and help one another
Equipment, to realize the design method of wind power plant digital Platform provided herein.
In this application, it is the design of realization wind power plant digital Platform, processing equipment first first obtains target location
Geographical threedimensional model, it will be understood that target location is generally the place that user selectes, the wind power plant number of target location and user
The design object for changing platform is corresponding.
Processing equipment can specifically be built by the connection with other equipment, manual entry, scene or other modes obtain
It is determined as the first threedimensional model to the target geographic threedimensional model of target location, and by the target geographic threedimensional model, wherein its
His equipment is previously stored with the target geographic threedimensional model of target location, other equipment can be built by manual entry, scene or
Person's other modes get the target geographic threedimensional model of target location.
Include the three-dimensional geographic information environment of target location in first threedimensional model, includes the geographical coordinate letter of target location
Breath after processing equipment gets the first threedimensional model, can also be shown by the display device of itself or other equipment to user
The three-dimensional geographic information environment of target location, so that user checks the work of simultaneously supervision and handling equipment design wind power plant digital Platform
Make process, understand the three-dimensional geographic information environment of target location and can also check target location three-dimensional geographic information environment whether
With abnormal or missing.
Unit 302 is built, for building wind power plant threedimensional model on the first threedimensional model, obtains the second threedimensional model；
Processing equipment is after getting corresponding first threedimensional model of target location, on the basis of the first threedimensional model,
Wind energy model and electrical model are called, collaborative design is carried out in three-dimensional environment, while each profession utilizes in the scope of business
Respective professional environment makes the work such as calculated description, economic evaluation, numerical simulation, builds wind power plant threedimensional model, i.e., in geography three
Three-dimensional wind turbine, traffic, substation, the three dimensional design for collecting electric line are carried out on dimension module, to obtain the second threedimensional model.Its
In, wind energy model and electrical model can be modeled to obtain under relevant Three-dimensional Design Software, in engineering quickly
It realizes quick calling, facilitates the calling of subsequent processing device, realize that the data interchange of Relational database, multielement are integrated, and carried
The treatment effeciency of high disposal equipment.
It should be understood that the first threedimensional model and the second threedimensional model include not only relevant threedimensional model, also
It may include relevant two dimensional model, to meet the use demand of the two dimensional model in certain application scenarios.
Import unit 303 obtains wind power plant digital Platform for the second threedimensional model to be imported GIS-Geographic Information System.
Processing equipment imports GIS after locally-available second threedimensional model, by second threedimensional model, obtains wind-powered electricity generation number of fields
Word platform.
It is appreciated that in GIS, processing equipment can be to wind power plant digital Platform by the GIS management platforms of exploitation
Design work visually browse, inquires and optimization, can also real-time reception anemometer tower, operation/maintenance data, and can also be
The analysis of big data and visual displaying are carried out in the management platform；It may also be combined with the digitlization fitting technique of wind energy simultaneously,
The output of all facilities of wind power plant, the economic index of load and project alternative are automatically analyzed in real time, and are formed and regularly united
Meter, early warning and guidance.
User can log in web terminal platform by internet, and display wind power plant digital Platform engineering is in virtual earth
Positioning, is dragged by modes such as mouse, touch-control, voices, is rotated, scale etc. to operate and visualized to entire wind power plant；
Also it can determine object, highlight and show its attribute information；Can also be by retrieving column retrieval, list display target object is simultaneously quickly fixed
Position；Subject object can also be screened by statistical analysis module, inquire, count, and with visual image or report
Exhibition method exports.
In this application, processing equipment by by earth's surface in region, empty day, locally under more elements be digitized and carry
Take, obtain the wind power plant digital Platform of three dimensional stress so that relevant design personnel from repeat, inefficient conventional two-dimensional layout design
In free, realize that the data management, inquiry, virtual roaming of the more elements in space and deisgn product visualize by GIS,
And real-time return data can also be counted, be analyzed, Intelligent Optimal Design scheme instructs operation management, to realize wind
Digitlization, visualization, the intelligence of electric field Project design element to deisgn product preferably show, analyze, realize wisdom
The design of wind power plant and the Continuous optimization for carrying out wind power plant, substantially increase the working efficiency of design, while also improving item
Intuitive, the accuracy of mesh decision.
Further, with continued reference to another structural schematic diagram of the processing equipment shown in Fig. 4, as shown in figure 4, the application
The processing equipment of offer also may particularly include：
Acquiring unit 401 is specifically used for acquiring the aerial photograph of target location by unmanned plane；
Acquiring unit 401 is additionally operable to, according to aerial photograph, carry out aerial triangulation, obtain the first threedimensional model；
It is appreciated that processing equipment can specifically realize the acquisition of the first threedimensional model by unmanned plane.
Processing equipment obtain the first threedimensional model detailed process in, can obtain target location spot plane mapping with
The transformational relation of WGS84 coordinate systems carries out mapping control point, and target location is acquired by unmanned plane according to engineer's scale, range
Aerial photograph.
Processing equipment is after the aerial photograph for getting target location by unmanned plane, by preset parameter and as control
Aerial photograph is carried out aerial triangulation by point, including is resolved, modeled to obtain target geographic threedimensional model, i.e., the one or three
Dimension module.
It is appreciated that by unmanned plane, processing equipment can greatly reduce user and obtain the first threedimensional model in processing equipment
In manual operation, realize more advanced field exploration means, easily obtain the aerial photograph of target location in real time, in turn
Target location corresponding first threedimensional model in real time can be obtained, further increase the standard of the wind power plant digital Platform subsequently obtained
True property and real-time.
Wherein, the aerial photograph that processing equipment can be passed back by being wirelessly connected real-time reception unmanned plane, realizes aerial photograph
Real-time Transmission, to further increase the efficiency that processing equipment builds the first threedimensional model；Alternatively, processing equipment can also wait for nothing
After man-machine return, then by wired connection, receive the aerial photograph that unmanned plane is passed back, it will be understood that wired connection more can guarantee
The safe transmission of aerial photograph, avoids data from being stolen.
Using the application of unmanned plane, the not high wind power plant of the professional degree of association originally can be digitized into element, it is mutual by software
Connection, 3S technologies, including GIS, GPS, RS, realize the unification of positioning spatially.
It is to be appreciated that in the first threedimensional model, it specifically may also include appointing in a cloud, DSM, DEM and DLG model
Meaning combination.
Unit 402 is built, specifically for building wind energy, electrical and civil engineering threedimensional model on the first threedimensional model, is obtained
To the second threedimensional model.
It is appreciated that processing equipment after getting the first threedimensional model, is adjusted in addition in such as above-mentioned Fig. 3 corresponding embodiments
With wind energy model and electrical model, civil engineering model can be also called, increases building information, to build wind power plant threedimensional model,
The multielement of wind power plant digital Platform is further promoted to integrate, wherein civil engineering model and above-mentioned wind energy model, electrical model
Similar, specific details are not described herein.
It is similar with the first threedimensional model, in the second threedimensional model, it specifically may also include a cloud, DSM, DEM and DLG mould
Arbitrary combination in type.
Wherein, processing equipment can be got through by wind energy, electrical and each three-dimensional applications of civil engineering interconnection, ensure related three-dimensional
The Lossless transport of the design information of model and application.
Import unit 403 obtains wind power plant digital Platform for the second threedimensional model to be imported GIS-Geographic Information System；
It is appreciated that import unit 403 is similar with the import unit 303 of Fig. 3 corresponding embodiments, it is specifically no longer superfluous herein
It states.
Uploading unit 404 is used for by the second threedimensional model upload server, to carry out online management.
It is appreciated that user can login service device end, online data management, example are carried out to the second threedimensional model of upload
Permission, load buffer setting can be such as carried out to web terminal data access, manage the anemometer tower of real-time reception, generated energy big data simultaneously
It is analyzed.
Further, after uploading unit 404 can also carry out attributes edit processing to the second threedimensional model, then it is three-dimensional by second
Model upload server.
Wherein, attributes edit is specifically as follows the processing sides such as projection matching, scene editor, layout, static and dynamic analysis
Formula, after being handled by attributes edit, the second threedimensional model has more bandwagon effect, facilitates the presentation of content and looking into for user
It sees.
It should be understood that in this application, the restriction in sequential is had no between import unit 403 and uploading unit 404,
In practical applications, processing equipment can first trigger import unit 403, then trigger uploading unit 404；Alternatively, also can first trigger
Leaflet member 404, then trigger import unit 403；Alternatively, import unit 403 and uploading unit 404 can also be triggered simultaneously, have
Body does not limit herein.
The embodiment of the present application also provides a kind of computer readable storage medium, computer readable storage medium includes referring to
It enables, when the instruction is run on a processing device so that processing equipment is executed such as the wind power plant in Fig. 1 or Fig. 2 corresponding embodiments
Flow in the design method of digital Platform.
The embodiment of the present application also provides a kind of computer program product, which includes computer software
Instruction, when computer software instructions are run on a processing device so that processing equipment executes such as Fig. 1 or Fig. 2 corresponding embodiments
In wind power plant digital Platform design method in flow.
In conclusion the design method and processing equipment of a kind of wind power plant digital Platform provided by the present application, processing
Equipment obtains the first threedimensional model, and the first threedimensional model is target geographic threedimensional model, and target geographic threedimensional model is with target
Point is corresponding, on the basis of the first threedimensional model, builds wind power plant threedimensional model, obtains the second threedimensional model, then by this
Two threedimensional models import GIS-Geographic Information System in, obtain the wind power plant digital Platform of three dimensional stress so that relevant design personnel from
It repeats, freed in inefficient conventional two-dimensional layout design, while the efficiency of engineering design is improved by three dimensional design and is set
Precision is counted, and the wind power plant digital Platform of three dimensional stress can also carry out deisgn product preferably showing, analyze, and be easy to implement intelligence
The design of intelligent wind power plant and the Continuous optimization for carrying out wind power plant.
The above, above example are only to illustrate the technical solution of the application, rather than its limitations；Although with reference to before
Embodiment is stated the application is described in detail, it will be understood by those of ordinary skill in the art that：It still can be to preceding
The technical solution recorded in each embodiment is stated to modify or equivalent replacement of some of the technical features；And these
Modification or replacement, the range of each embodiment technical solution of the application that it does not separate the essence of the corresponding technical solution.
Claims (10)
1. a kind of design method of wind power plant digital Platform, which is characterized in that including：
Processing equipment obtains the first threedimensional model, and first threedimensional model is target geographic threedimensional model, the target geographic
Threedimensional model is corresponding with target location；
The processing equipment builds wind power plant threedimensional model on first threedimensional model, obtains the second threedimensional model；
Second threedimensional model is imported GIS-Geographic Information System by the processing equipment, obtains the wind power plant digital Platform.
2. according to the method described in claim 1, it is characterized in that, the processing equipment the first threedimensional model of acquisition includes：
The processing equipment acquires the aerial photograph of the target location by unmanned plane；
The processing equipment carries out aerial triangulation, obtains first threedimensional model according to the aerial photograph.
3. according to the method described in claim 1, it is characterized in that, the processing equipment is built on first threedimensional model
Wind power plant threedimensional model, obtaining the second threedimensional model includes：
The processing equipment builds wind energy, electrical and civil engineering threedimensional model on first threedimensional model, obtains described the
Two threedimensional models.
4. according to the method described in claim 1, it is characterized in that, the method further includes：
The processing equipment is by the second threedimensional model upload server, to carry out online management.
5. according to the method described in claim 4, it is characterized in that, second threedimensional model is uploaded clothes by the processing equipment
Business device include：
After the processing equipment carries out attributes edit processing to second threedimensional model, second threedimensional model is uploaded into institute
State server.
6. according to the method described in claim 1, it is characterized in that, first threedimensional model includes point cloud, digital earth's surface mould
Arbitrary combination in type, digital elevation model and digital adventure appearance model.
7. a kind of processing equipment, which is characterized in that including：
Acquiring unit, for obtaining the first threedimensional model, first threedimensional model is target geographic threedimensional model, the target
Geographical threedimensional model is corresponding with target location；
Unit is built, for building wind power plant threedimensional model on first threedimensional model, obtains the second threedimensional model；
Import unit obtains the wind power plant digital Platform for second threedimensional model to be imported GIS-Geographic Information System.
8. processing equipment according to claim 7, which is characterized in that the acquiring unit is specifically used for：
The aerial photograph of the target location is acquired by unmanned plane；
According to the aerial photograph, aerial triangulation is carried out, first threedimensional model is obtained.
9. processing equipment according to claim 7, which is characterized in that it is described to build unit, it is specifically used for：
Wind energy, electrical and civil engineering threedimensional model are built on first threedimensional model, obtain second threedimensional model.
10. processing equipment according to claim 7, which is characterized in that the processing equipment further includes：
Uploading unit is used for by the second threedimensional model upload server, to carry out online management.
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