CN106971663A - A kind of wind power plant analogue system and method - Google Patents
A kind of wind power plant analogue system and method Download PDFInfo
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- CN106971663A CN106971663A CN201710377961.8A CN201710377961A CN106971663A CN 106971663 A CN106971663 A CN 106971663A CN 201710377961 A CN201710377961 A CN 201710377961A CN 106971663 A CN106971663 A CN 106971663A
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Abstract
The present invention relates to a kind of wind power plant analogue system and method, the system includes：Instructor station, Xue Yuanzhan, wind power plant SCADA system, energy management platform, case become monitoring system, wind power prediction system, blower fan bottom of towe screen operating desk and booster stations monitoring system, wherein, the instructor station is used for the dummy instruction and operational factor for receiving the various wind power plants of coach's input；Blower fan and boosting station failure that the student stands for handling instructor station triggering, recover blower fan and normally run, search fan trouble picture according to fan trouble, and select failure cause；The wind power plant SCADA system is used for the simulation operating mode of the dummy instruction for receiving the various wind power plants that the instructor station is sent and operational factor display wind power plant.By technical scheme, can solve the problem that in the prior art due to the missing of wind power plant artificial product cause user can not simulating wind power generation real scene skills training is carried out to student the problem of.
Description
Technical field
The present invention relates to be related to wind power plant simulation technical field, and in particular to a kind of wind power plant analogue system and
Method.
Background technology
Wind power plant simulation training system be wind power plant wind-driven generator and first and second equipment gamut are modeled it is imitative
Very, generator model, control system, measurement system, ac and dc systemses, protection are specifically included detailed with the system such as automatically-monitored
Thin model, while considering influence and generator of the wind direction to generator detailed model to grid simulation abstract model
Influence.
The major function of wind power plant simulation training system has：Normal operating, equipment-patrolling, accident and abnormal simulation training
Instruct and aid in the functions such as training.The key technology of use has：Virtual instrument technique, virtual reality technology, component modeling technique
With dynamic human machine interface technologies etc..
Wind power plant simulation training system is emulated using virtual instrument technique and virtual reality technology.Virtual instrument technique
Essence be that the function of traditional instrument instrument is realized using computer technology.The system uses virtual instrument technique by generating field
Various secondary devices respective physical characteristic be installed generate respective virtual unit respectively.
The product not being molded also on the market, largely rests on theoretical research stage, some wind power plant artificial products
It is perfect not enough.The missing of wind power plant artificial product so that user can not simulating wind power generation real scene to student
Carry out skills training.
The content of the invention
In view of this, it is it is an object of the invention to overcome the deficiencies of the prior art and provide a kind of emulation of wind power plant
System and method, to solve in the prior art because the missing of wind power plant artificial product causes user can not simulating wind power generation
The problem of field real scene carries out skills training to student.
To realize object above, the present invention is adopted the following technical scheme that：
A kind of wind power plant analogue system, including：Instructor station, Xue Yuanzhan, wind power plant SCADA system, energy management
Platform, case become monitoring system, wind power prediction system, blower fan bottom of towe screen operating desk and booster stations monitoring system, wherein,
The instructor station is used for the dummy instruction and operational factor for receiving the various wind power plants of coach's input, bag
Include：The Work condition analogue instruction of blower fan, the fault simulation instruction of monitoring device and the operational factor of blower fan；
Blower fan and boosting station failure that the student stands for handling instructor station triggering, recover blower fan and normally run, root
Fan trouble picture is searched according to fan trouble, and selects failure cause, so that student carries out simulated training；
The wind power plant SCADA system is used for the dummy instruction for receiving the various wind power plants that the instructor station is sent
The simulation operating mode of wind power plant is shown with operational factor；
The energy management platform is used for simulating wind power generation scheduling limited load, scheduling adjustment active power；
The case, which becomes monitoring system, to be used to calculate the operating condition that air box becomes in wind power plant simulated training scene；
The wind power prediction system is used to calculate short term power and ultra-short term power under prediction meteorological condition；
The blower fan bottom of towe screen operating desk is used for simulative debugging blower fan, processing fan trouble, inquiry failure file；
The booster stations monitoring system is used to calculate wind power plant simulated training scene whole audience boosting station equipment operation ginseng
Number, boost station equipment operating condition.
A kind of wind power plant emulation mode, applied in above-mentioned wind power plant analogue system, including：
When step S1, instructor station receive the wind speed instruction of coach's input, wind power plant SCADA system is sent to, with
The wind power plant SCADA system is set to show current working according to wind speed instruction；
When step S2, the instructor station detect coach and trigger any fan trouble, to the wind power plant SCADA
System sends the fault message of the blower fan, so that the wind power plant SCADA system shows the Fans according to the fault message
Failure；
When step S3, the instructor station receive the operation simulation instruction of coach's input, it is sent to energy pipe and pats
Platform, so that the energy management plateform system instructs to show the situation of exerting oneself of blower fan according to the operation simulation；
When step S4, the instructor station detect coach and trigger any booster stations monitoring equipment fault, to described
Booster stations monitoring system sends the fault message of the booster stations monitoring device, so that the booster stations monitoring system is according to the event
Hinder the failure of the presentation of information booster stations monitoring device.
Preferably, the step S1 also includes：The wind power plant SCADA system is as follows according to the wind speed command synchronization
The operating mode of system：
The active power of synchronous energy management platform separate unit blower fan, wind speed；
Synchronous case becomes the active power of monitoring system separate unit blower fan；
The whole audience active power of synchronous boost station monitoring system；
The wind speed of synchronous blower fan bottom of towe screen operating desk.
Preferably, the step S2 also includes：The wind power plant SCADA system is according to the synchronous following system of the fault message
The operating mode of system：
The failure of synchronous energy management platform separate unit blower fan；
Synchronous case becomes the active power of monitoring system；
The active power of synchronous boost station monitoring system；
The fan trouble of synchronous blower fan bottom of towe screen operating desk.
Preferably, the step S2 also includes：
When the instructor station detects coach and triggers any fan trouble, stood to the student and send the blower fan
Fault message；
Student station judges that the fan trouble picture of student's confirmation and the failure principle of student's selection are with troubleshooting method
It is no correct, if so, student, which stands, sends the fault recovery instruction of the blower fan to the wind power plant SCADA system, so that the wind-powered electricity generation
The failure blower fan of field SCADA system recovers normal.
Preferably, the step S2 also includes：
Student station judges that the fan trouble picture of student's confirmation and the failure principle of student's selection are with troubleshooting method
It is no correct, if so, student station becomes monitoring system, booster stations monitoring system and blower fan tower to the energy management platform, case respectively
Bottom screen operating desk sends the fault recovery instruction of the blower fan, so that the event of the energy management platform and blower fan bottom of towe screen operating desk
Hinder blower fan and recover normal, and the case becomes monitoring system and the monitoring data of booster stations monitoring system recovers normal.
Preferably, the step S3 also includes：
The energy management plateform system is instructed come the operating mode of synchronous following system according to the operation simulation：
The active power of wind power plant SCADA system separate unit blower fan synchronous with energy management platform；
The active power of blower fan bottom of towe screen operating desk separate unit blower fan synchronous with energy management platform；
Booster stations monitoring system can active power synchronous with energy management platform；
Case becomes monitoring system active power synchronous with energy management platform.
Preferably, the step S4 also includes：
When the instructor station detects coach and triggers any booster stations monitoring equipment fault, stand and send out to the student
Give the fault message of the booster stations monitoring device；
Student station judges the booster stations monitoring equipment fault picture of student's confirmation and the failure principle and failure of student's selection
Whether treating method is correct, if so, student stands, the failure for sending the booster stations monitoring device to the booster stations monitoring system is extensive
Multiple instruction, so that the failure blower fan of the booster stations monitoring system recovers normal.
Preferably, the wind power plant emulation mode, in addition to：
When instructor station receives the prediction meteorology numerical value of coach's input, wind power prediction system is sent to, so that wind
Power prediction system can calculate short term power and ultra-short term power under prediction meteorological condition.
Preferably, the wind power plant emulation mode, in addition to：
When instructor station receives the analog operational parameters of any blower fan of coach's input, the wind power plant is sent to
SCADA system, so that the wind power plant SCADA system can be run according to the analog operational parameters.
The present invention uses above technical scheme, at least possesses following beneficial effect：
As shown from the above technical solution, the present invention is provided this wind power plant analogue system and method, in computer
It is upper to realize that to simulated object be wind power generating set, booster stations, AGC (Automation generation control, Automatic
Generation Control), case become monitoring, the dynamic simulation of wind power prediction dispatch control system, while also include on the spot
The emulation of equipment blower fan bottom of towe screen operating desk operation.The composition of replicating machine software is by Simulation Platform Software, simulation model software, people
Machine interface and coach are constituted with examination system.
Pass through technical scheme, it is possible to achieve the emulation of wind power plant production run overall process, improve whole imitative
The uniformity of true training system, authenticity and correctness, training function are more perfect, can be to wind by training station and student station
Electric field power transformation operation personnel carry out comprehensive, overall process, the emulation training of whole scene.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
A kind of schematic block diagram for wind power plant analogue system that Fig. 1 provides for one embodiment of the invention；
A kind of schematic flow sheet for wind power plant emulation mode that Fig. 2 provides for one embodiment of the invention.
Embodiment
To make the object, technical solutions and advantages of the present invention clearer, technical scheme will be carried out below
Detailed description.Obviously, described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Base
Embodiment in the present invention, those of ordinary skill in the art are resulting on the premise of creative work is not made to be owned
Other embodiment, belongs to the scope that the present invention is protected.
Below by drawings and examples, technical scheme is described in further detail.
A kind of wind power plant analogue system 1 provided referring to Fig. 1, one embodiment of the invention, including：Instructor station 11,
Student station 12, wind power plant SCADA system 13, energy management platform 14, case become monitoring system 15, wind power prediction system 16, wind
Machine bottom of towe screen operating desk 17 and booster stations monitoring system 18, wherein,
The instructor station 11 is used for the dummy instruction and operational factor for receiving the various wind power plants of coach's input,
Including：The Work condition analogue instruction of blower fan, the fault simulation instruction of monitoring device and the operational factor of blower fan；
The student station 12 is used for the blower fan and boosting station failure for handling instructor station triggering, recovers blower fan and normally runs,
Fan trouble picture is searched according to fan trouble, and selects failure cause, so that student carries out simulated training；
The simulation that the wind power plant SCADA system 13 is used to receive the various wind power plants that the instructor station is sent refers to
Order and operational factor show the simulation operating mode of wind power plant；
The energy management platform 14 is used for simulating wind power generation scheduling limited load, scheduling adjustment active power；
The case, which becomes monitoring system 15, to be used to calculate the operating condition that air box becomes in wind power plant simulated training scene；
The wind power prediction system 16 is used to calculate short term power and ultra-short term power under prediction meteorological condition；
The blower fan bottom of towe screen operating desk 17 is used for simulative debugging blower fan, processing fan trouble, inquiry failure file；
The booster stations monitoring system 18 is used to calculate the boosting station equipment operation of the wind power plant simulated training scene whole audience
Parameter, boost station equipment operating condition.
It is imitative applied to above-mentioned wind power plant the invention also provides a kind of wind power plant emulation mode referring to Fig. 2
In true system, including：
When step S1, instructor station receive the wind speed instruction of coach's input, wind power plant SCADA system is sent to, with
The wind power plant SCADA system is set to show current working according to wind speed instruction；
When step S2, the instructor station detect coach and trigger any fan trouble, to the wind power plant SCADA
System sends the fault message of the blower fan, so that the wind power plant SCADA system shows the Fans according to the fault message
Failure；
When step S3, the instructor station receive the operation simulation instruction of coach's input, it is sent to energy pipe and pats
Platform, so that the energy management plateform system instructs to show the situation of exerting oneself of blower fan according to the operation simulation；
When step S4, the instructor station detect coach and trigger any booster stations monitoring equipment fault, to described
Booster stations monitoring system sends the fault message of the booster stations monitoring device, so that the booster stations monitoring system is according to the event
Hinder the failure of the presentation of information booster stations monitoring device.
Preferably, the step S1 also includes：The wind power plant SCADA system is as follows according to the wind speed command synchronization
The operating mode of system：
The active power of synchronous energy management platform separate unit blower fan, wind speed；
Synchronous case becomes the active power of monitoring system separate unit blower fan；
The whole audience active power of synchronous boost station monitoring system；
The wind speed of synchronous blower fan bottom of towe screen operating desk.
Preferably, the step S2 also includes：The wind power plant SCADA system is according to the synchronous following system of the fault message
The operating mode of system：
The failure of synchronous energy management platform separate unit blower fan；
Synchronous case becomes the active power of monitoring system；
The active power of synchronous boost station monitoring system；
The fan trouble of synchronous blower fan bottom of towe screen operating desk.
Preferably, the step S2 also includes：
When the instructor station detects coach and triggers any fan trouble, stood to the student and send the blower fan
Fault message；
Student station judges that the fan trouble picture of student's confirmation and the failure principle of student's selection are with troubleshooting method
It is no correct, if so, student, which stands, sends the fault recovery instruction of the blower fan to the wind power plant SCADA system, so that the wind-powered electricity generation
The failure blower fan of field SCADA system recovers normal.
Preferably, the step S2 also includes：
Student station judges that the fan trouble picture of student's confirmation and the failure principle of student's selection are with troubleshooting method
It is no correct, if so, student station becomes monitoring system, booster stations monitoring system and blower fan tower to the energy management platform, case respectively
Bottom screen operating desk sends the fault recovery instruction of the blower fan, so that the event of the energy management platform and blower fan bottom of towe screen operating desk
Hinder blower fan and recover normal, and the case becomes monitoring system and the monitoring data of booster stations monitoring system recovers normal.
Preferably, the step S3 also includes：
The energy management plateform system is instructed come the operating mode of synchronous following system according to the operation simulation：
The active power of wind power plant SCADA system separate unit blower fan synchronous with energy management platform；
The active power of blower fan bottom of towe screen operating desk separate unit blower fan synchronous with energy management platform；
Booster stations monitoring system can active power synchronous with energy management platform；
Case becomes monitoring system active power synchronous with energy management platform.
Preferably, the step S4 also includes：
When the instructor station detects coach and triggers any booster stations monitoring equipment fault, stand and send out to the student
Give the fault message of the booster stations monitoring device；
Student station judges the booster stations monitoring equipment fault picture of student's confirmation and the failure principle and failure of student's selection
Whether treating method is correct, if so, student stands, the failure for sending the booster stations monitoring device to the booster stations monitoring system is extensive
Multiple instruction, so that the failure blower fan of the booster stations monitoring system recovers normal.
Preferably, the wind power plant emulation mode, in addition to：
When instructor station receives the prediction meteorology numerical value of coach's input, wind power prediction system is sent to, so that wind
Power prediction system can calculate short term power and ultra-short term power under prediction meteorological condition.
Preferably, the wind power plant emulation mode, in addition to：
When instructor station receives the analog operational parameters of any blower fan of coach's input, the wind power plant is sent to
SCADA system, so that the wind power plant SCADA system can be run according to the analog operational parameters.
As shown from the above technical solution, the present invention is provided this wind power plant analogue system and method, in computer
It is upper to realize that to simulated object be wind power generating set, booster stations, AGC (Automation generation control, Automatic
Generation Control), case become monitoring, the dynamic simulation of wind power prediction dispatch control system, while also include on the spot
The emulation of equipment blower fan bottom of towe screen operating desk operation.The composition of replicating machine software is by Simulation Platform Software, simulation model software, people
Machine interface and coach are constituted with examination system.
Pass through technical scheme, it is possible to achieve the emulation of wind power plant production run overall process, improve whole imitative
The uniformity of true training system, authenticity and correctness, training function are more perfect, can be to wind by training station and student station
Electric field power transformation operation personnel carry out comprehensive, overall process, the emulation training of whole scene.
It should be noted that this wind power plant analogue system and method that the present invention is provided：
First, design object
Using wind power plant emulation and the integrated design of grid simulation based on Physical Mechanism, it can correctly reflect wind-powered electricity generation
Interaction, the relation that interacts between power network, it is possible to achieve the emulation of wind power plant production run overall process, are improved
The uniformity of whole simulation training system, authenticity and correctness, training function are more perfect, can wind power plant power transformation be transported
Administrative staff carries out comprehensive, overall process, the emulation training of whole scene.
The use of the system support system can support interactive, the Development of Simulation Software platform of distributing emulation system, solution
Interoperability, distributivity and space-time consistency problem between Simulation Application in distributed emulation training system of having determined, can be by wind
Electric Field Simulation, grid simulation and teacher and student's system integration meet wind-powered electricity generation emulation training into a comprehensive simulated environment
System needs with future development at present.Simulation software support system uses the symmetrical architecture of bus type, with good scale
Scalability and extendibility, the need for disclosure satisfy that various scale distribution formula simulation training systems, trainee can be in each wind
Training is received by electric power enterprise network in electric field, the remote training based on wide area network of cross-region is realized.
The system has the requirement for adapting to the development of current power system automation technology, and technology hair is kept over a period to come
The top standard of exhibition.The system can need flexibly, easily to add and dismantle submodule according to training；Configure interface standard,
Can easily it change, the system interface of the new submodule of increase and new type.
The system provides complete rights management, long-range teacher is stood, long-range student stands and different access rights can be set,
With flexile operational mode (such as independent, packet, joint), different training method needs can be met.The system is run
Safe and reliable, practical function, easy to use, technical indicator it is advanced rationally, construction standard specification, it is easy to maintenance, be easy to change, expand
Fill.System design should follow international standard, using current international advanced technology, it is ensured that soft, hard platform is nearest and following one
Adaptability, opening, scalability and the maintainability in section period etc.；All functional module interface standards are unified, can support the
The access of tripartite's hardware and software and system upgrade are to meet long term planning requirement.The system use is schemed, touched, storehouse integrated modelling
Mode, possesses convenience, flexible modification, expansion, upgrade function, according to electric network composition, scale, newly-built and transformation wind power plant tool
Body actual conditions, the simulation scale and function of simulation training system can be carried out flexibly, convenient modification and expand, with any time with
Track wind power plant practical operation situation.
The system provides the training evaluation system of intelligence, meets wind power plant operation person on duty, wind power plant operation correlation
Technology and the theory and skill examination of administrative staff, match, identification are required.The system has the space-time one of high fidelity, height
Cause property and reliability, can fully meet the requirement of real-time of simulation training system operation.The system possesses efficient communication branch
Hold mechanism, it is ensured that the reliability and security of network transmission, the ability for possessing system interconnection.
2nd, application function
The system be wind power plant is emulated, booster stations emulation and teacher and student's being combined into one of system are
System, realize power network, wind power plant production run process it is fully simulated, can correctly reflect the interaction of wind power plant and power network,
Interact, substantially increase the uniformity of whole system, authenticity and practicality, training function is more perfect, can be to wind
Electric field operations staff carries out comprehensive training.
The training of basic operation technical ability.Post training is carried out to the operations staff on wind power plant Xin Dao hilllocks, wind power plant is run
The basic service ability of personnel is giveed training and examined, make its be familiar with wind farm device and wind farm monitoring system, electric network composition,
The method of operation, electric network swim, grasp basic operation operation and operating standard.
The troubleshooting training of the various equipment such as disconnecting link, transformer, bus, circuit, capacitor and its correlation, trains wind-powered electricity generation
Power grid environment failure judgement and handling failure that field operations staff has found accident, exception, emulated, and it is right after training terminates
Accident is analyzed, and resets the overall process that accident occurs and handled.It can understand wind farm operator by simulation training
The phenomenon that various accidents occur, reason and change procedure, summarize accumulation process experience, confidence during enhancing accident treatment.
Wind power plant primary equipment is normal and special make an inspection tour is trained.Maked an inspection tour by three interactive walkthroughs of wind power plant primary equipment
System, realizes that three of wind power plant primary equipment are reappeared and pseudo operation, are contributed to student to be familiar with and understand field condition, are changed
Knowwhy is combined with practical experience.
The conceptual training of wind power plant and operation of power networks is carried out for administrative staff.Administrative staff can be with by Simulated training
Understand the characteristic of power network, the present situation of wind power plant, the method for operation, operational procedure and power network and wind power plant operation.
3rd, function is trained
Monitoring and normal operating training.Supervise disk and meter reading.Realize the prison disk work of wind farm operator, including to one,
The operation monitoring of electrical secondary system and operation monitoring, the record of implementation state, statistics, analysis to historical data are believed failure
Inquiry, the report of breath.Training on operation.Various exercisable equipment in wind power plant, including air switch in equipment, pressing plate, button,
Switching switch etc. can be operated, and the project of the various needs inspections in wind power plant can be checked, and all behaviour
Make all automatic record, be easy to teacher to check and read and appraise.Including：Single wind generator group or many wind power generating sets are from stopping
To starting, single wind generator group or many typhoon power generators from starting to stopping, locking driftage with driftage manually, manually therefore
Hinder involution, the throwing of heater and cooler etc. is moved back.
Equipment is normal and special make an inspection tour is trained.All exercisable equipment and observable dynamic amount all category are maked an inspection tour in training
Hold, all inspections can be carried out automatic record, be easy to examination to score.
Accident, abnormality processing training.Accident and the pith that abnormal processing training is wind power plant simulation training system,
Because the system employs the modeling method based on physical principle in modeling, therefore accident and abnormal phenomenon are true to nature, credible
Degree is high, no matter and student's processing to mistake, system all can provide rational phenomenon according to equipment principle, be handled in student
In the case of mistake, the consequence caused by error handle is provided, is deepened the impression.The system accident, abnormal setting are flexible, Er Qieke
In any combination.
Accident, abnormality processing mainly include herein below：
Troubleshooting training.Blower fan in the process of running, because the exception and failure of different phenomenons can occur for various factors,
Such as overvoltage, excessively stream, torsion cable failure.Unit exception will trigger corresponding alarm signal when occurring, and respective picture and supervisory instrument are anti-
Should be consistent with scene.
Defect processing training.Scene operation, maintenance, experiment in be frequently found equipment deficiency, some jeopardize safety but not yet
Constitution equipment exception and accident, it is necessary to handled.Such as：The greasy dirt crackle of fan blade, the heating of power frame binding post be rubescent,
Boosting become ground wire get rusty fracture etc..In training process, coach can insert in good time equipment deficiency (defect have the analysis of causes and
Respective handling method is explained), and examine student to find and be correspondingly processed in time during equipment-patrolling.
The recovery operation of system after accident.Trainee carries out a series of operation on simulation training system, makes to have solved
The blower fan of row returns to normal operating mode.
4th, technical characterstic
Wind power plant simulation training system is modeled emulation to the equipment gamut of wind power plant first and second.Specifically include generating
The detailed models such as machine model, control system, measurement system, ac and dc systemses, protection and Automatic monitoring systems.And consider wind
Influence and generator influence to grid simulation abstract model of the power wind direction to generator detailed model.
The emulation of wind power plant primary equipment is emulated using virtual reality technology.The system is emulated and equipment in equipment appearance
In tour, wind power plant primary equipment three-dimensional interactive virtual is developed using the virtual reality technology based on Open GL
Scape system, realizes the three-dimensional reconstruction of wind power generating set equipment, visually reflect the operation of wind power generating set, stopping,
Driftage, exception, malfunction and its action process, can be to the equipment-patrolling in virtual scene, inspection, roaming.
Wind power plant Automatic monitoring systems are using the dynamic human machine interface technologies based on man-machine interface server, dynamic icon
Technology, dynamic menu technology, middleware Technology and programming automation technology, realize and multiple wind power generating sets are managed collectively
And monitoring.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance.Term " multiple " refers to
Two or more, unless otherwise clear and definite restriction.
Claims (10)
1. a kind of wind power plant analogue system, it is characterised in that including：Instructor station, Xue Yuanzhan, wind power plant SCADA system,
Energy management platform, case become monitoring system, wind power prediction system, blower fan bottom of towe screen operating desk and booster stations monitoring system, its
In,
The instructor station is used for the dummy instruction and operational factor for receiving the various wind power plants of coach's input, including：
The Work condition analogue instruction of blower fan, the fault simulation instruction of monitoring device and the operational factor of blower fan；
Blower fan and boosting station failure that the student stands for handling instructor station triggering, recover blower fan and normally run, according to wind
Machine trouble shoot fan trouble picture, and failure cause is selected, so that student carries out simulated training；
The wind power plant SCADA system is used for the dummy instruction and fortune for receiving the various wind power plants that the instructor station is sent
Row parameter shows the simulation operating mode of wind power plant；
The energy management platform is used for simulating wind power generation scheduling limited load, scheduling adjustment active power；
The case, which becomes monitoring system, to be used to calculate the operating condition that air box becomes in wind power plant simulated training scene；
The wind power prediction system is used to calculate short term power and ultra-short term power under prediction meteorological condition；
The blower fan bottom of towe screen operating desk is used for simulative debugging blower fan, processing fan trouble, inquiry failure file；
The booster stations monitoring system is used to calculate wind power plant simulated training scene whole audience boosting station equipment operational factor, rises
Press station equipment operating condition.
2. a kind of wind power plant emulation mode, it is characterised in that emulate system applied to the wind power plant described in claim 1
In system, it is characterised in that including：
When step S1, instructor station receive the wind speed instruction of coach's input, wind power plant SCADA system is sent to, so that institute
State wind power plant SCADA system and current working is shown according to wind speed instruction；
When step S2, the instructor station detect coach and trigger any fan trouble, to the wind power plant SCADA system
The fault message of the blower fan is sent, so that the wind power plant SCADA system shows the event of the Fans according to the fault message
Barrier；
When step S3, the instructor station receive the operation simulation instruction of coach's input, energy management platform is sent to, with
Make the energy management plateform system be instructed according to the operation simulation to show the situation of exerting oneself of blower fan；
When step S4, the instructor station detect coach and trigger any booster stations monitoring equipment fault, to the boosting
Monitoring system of standing sends the fault message of the booster stations monitoring device, so that the booster stations monitoring system is believed according to the failure
Breath shows the failure of the booster stations monitoring device.
3. wind power plant emulation mode according to claim 2, it is characterised in that the step S1 also includes：It is described
Wind power plant SCADA system is according to the operating mode of the following system of wind speed command synchronization：
The active power of synchronous energy management platform separate unit blower fan, wind speed；
Synchronous case becomes the active power of monitoring system separate unit blower fan；
The whole audience active power of synchronous boost station monitoring system；
The wind speed of synchronous blower fan bottom of towe screen operating desk.
4. wind power plant emulation mode according to claim 2, it is characterised in that the step S2 also includes：It is described
Wind power plant SCADA system is according to the operating mode of the synchronous following system of the fault message：
The failure of synchronous energy management platform separate unit blower fan；
Synchronous case becomes the active power of monitoring system；
The active power of synchronous boost station monitoring system；
The fan trouble of synchronous blower fan bottom of towe screen operating desk.
5. wind power plant emulation mode according to claim 4, it is characterised in that the step S2 also includes：
When the instructor station detects coach and triggers any fan trouble, stood to the student and send the failure of the blower fan
Information；
Just whether student stands judges the fan trouble picture that student confirms and the failure principle that student selects with troubleshooting method
Really, if so, student, which stands, sends the fault recovery instruction of the blower fan to the wind power plant SCADA system, so that the wind power plant
The failure blower fan of SCADA system recovers normal.
6. wind power plant emulation mode according to claim 5, it is characterised in that the step S2 also includes：
Just whether student stands judges the fan trouble picture that student confirms and the failure principle that student selects with troubleshooting method
Really, if so, student station becomes monitoring system, booster stations monitoring system and blower fan bottom of towe screen to the energy management platform, case respectively
Operating desk sends the fault recovery instruction of the blower fan, so that the failure wind of the energy management platform and blower fan bottom of towe screen operating desk
Machine recovers normal, and the case becomes monitoring system and the monitoring data of booster stations monitoring system recovers normal.
7. wind power plant emulation mode according to claim 2, it is characterised in that the step S3 also includes：
The energy management plateform system is instructed come the operating mode of synchronous following system according to the operation simulation：
The active power of wind power plant SCADA system separate unit blower fan synchronous with energy management platform；
The active power of blower fan bottom of towe screen operating desk separate unit blower fan synchronous with energy management platform；
Booster stations monitoring system can active power synchronous with energy management platform；
Case becomes monitoring system active power synchronous with energy management platform.
8. wind power plant emulation mode according to claim 2, it is characterised in that the step S4 also includes：
When the instructor station detects coach and triggers any booster stations monitoring equipment fault, being sent to student station should
The fault message of booster stations monitoring device；
Student station judges the booster stations monitoring equipment fault picture of student's confirmation and failure principle and the troubleshooting of student's selection
Whether method is correct, if so, student stands, the fault recovery for sending the booster stations monitoring device to the booster stations monitoring system refers to
Order, so that the failure blower fan of the booster stations monitoring system recovers normal.
9. wind power plant emulation mode according to claim 2, it is characterised in that also include：
When instructor station receives the prediction meteorology numerical value of coach's input, wind power prediction system is sent to, so that wind power
Forecasting system can calculate short term power and ultra-short term power under prediction meteorological condition.
10. wind power plant emulation mode according to claim 2, it is characterised in that also include：
When instructor station receives the analog operational parameters of any blower fan of coach's input, the wind power plant SCADA is sent to
System, so that the wind power plant SCADA system can be run according to the analog operational parameters.
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| CN111176246A (en) * | 2020-02-25 | 2020-05-19 | 杭州和利时自动化有限公司 | Remote simulation method and system for distributed control system |
| CN112594129A (en) * | 2020-12-17 | 2021-04-02 | 华能辽宁清洁能源有限责任公司 | Novel wind generating set frequency converter simulation maintenance method |
| CN112610420A (en) * | 2020-12-17 | 2021-04-06 | 华能辽宁清洁能源有限责任公司 | Novel wind generating set safety chain simulation maintenance method |
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