CN105553699B - Wind turbine state monitoring private cloud system and method constructed from the perspective of data processing - Google Patents
Wind turbine state monitoring private cloud system and method constructed from the perspective of data processing Download PDFInfo
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- H—ELECTRICITY
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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- H—ELECTRICITY
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- H—ELECTRICITY
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
A kind of Wind turbines condition monitoring private clound system and method constructed from data processing angle, belongs to Wind turbines condition monitoring technical field.Including wind field local client, mobile client and privately owned cloud management platform；Wind field local client includes OPC Server, OPC Client or configuration software, safety management module and primary database in short-term；Mobile client includes user registration module, fan monitoring registration module and monitored object configuration module；Privately owned cloud management platform includes total Database, in short-term backup database, safety management database and the inquiry of historical data module；Monitoring parameter is acquired in real time by OPC Server based on OPC Client or configuration software, and it stores into local toy data base, again using the method storage of principal and subordinate's warm back-up to cloud management platform, and it is dumped in total Database, solve the problems, such as the real-time and big data of data acquisition, the permission that three kinds of accessing users can also be handled simultaneously, adjusts the ability that each terminal user obtains corresponding wind field local data in time.
Description
Technical field
The invention belongs to Wind turbines condition monitoring technical fields, and in particular to a kind of wind constructed from data processing angle
Motor group condition monitoring private clound system and method.
Background technique
Wind-driven generator is mainly by blade, wheel hub, yaw system, transmission mechanism, gear-box, generator system, cabin, control
The components such as system processed and pylon composition.Wind turbines fault type with the geographical location of wind field, wind regime, blower type and
The difference of operating condition and be not quite similar, Wind turbines condition monitoring technology is using a variety of methods to the important component of unit
(gear-box, generator, control system etc.) is monitored on-line, and serious equipment damage is avoided or mitigate, reasonable to determine
Maintenance cost purpose is greatly reduced to reach in maintenance time and scheme.
Wind field monitoring has the features such as data sampling point is more, sample frequency is high, the sampling period is long, and data growth is fast, this is right
Data storage and analysis bring very big challenge.Relative to traditional high-performance calculation, cloud computing changes the use of IT resource
Mode, the advantages such as high performance-price ratio possessed by it, high reliability and high scalability, sufficiently meets this demand.With it is publicly-owned
Cloud is compared, and private clound with high security and the advantages such as at low cost, therefore has obtained the concern of numerous enterprises.
Wind-powered electricity generation high financial profit (for the wind field of China northern territory, in rich wind season, the separate unit wind-power electricity generation of 70MW
Unit earns nearly ten thousand yuan of benefit every day) and safety is the primary index that wind field promotes various new technologies, therefore wind-powered electricity generation monitors private clound
Safety management in platform is in occupation of core status.According to the working characteristics of private clound, safety management can be pacified from platform respectively
Two angle expansion of full management and application safety management, the former is using the safety of monitor of virtual machine as core and public Yunan County
The emphasis managed entirely is identical, and the concern of numerous researchers has been obtained, and needs using safety management according to research object
Characteristic spread work, in the project implementation by safety management module promotion cloud platform security level.
Summary of the invention
In view of the deficienciess of the prior art, the present invention provides a kind of Wind turbines state constructed from data processing angle
Monitor private clound system and method.
Technical solution of the present invention:
A kind of privately owned cloud system of Wind turbines condition monitoring constructed from data processing angle, which includes: wind field sheet
Ground client, mobile client, privately owned cloud management platform；
The wind field local client includes:
OPC Server: pass through the real-time status parameters of OPC agreement collection site Wind turbines and alert data and provide
To OPC Client or configuration software；
OPC Client or configuration software: for obtaining the state parameter and alarm number of Wind turbines from OPC Server
According to, and the application real-time status parameter and alert data carry out Wind turbines condition monitoring, meanwhile, on the one hand by acquired wind
The real-time status parameter and alert data of motor group are sent to primary database in short-term, on the other hand also by the collected wind turbine of institute
The real-time status parameter and alert data of group are packaged into WebService and access for mobile client；
Safety management module: the safety management for wind field native client end subscriber and mobile client end subscriber；
Primary database in short-term；For store OPC Client or configuration software Wind turbines state parameter collected with
Alert data；
The mobile client includes:
User registration module: it is registered for user information of the new user to different wind fields；
Fan monitoring registration module: apply needing the blower monitored for user and supervision authority is registered；
Monitored object configuration module；The blower for applying for monitoring is configured for user；
The privately owned cloud management platform includes:
Total Database: for storing the Life cycle data of Wind turbines, full life is provided for the inquiry of historical data module
The data for ordering the period are supported；
Backup database in short-term: the Wind turbines that the primary database in short-term for backing up wind field local client is stored
State parameter and alert data；
Safety management database: for storing the information of mobile client end subscriber and the letter of wind field native client end subscriber
Breath；
The inquiry of historical data module: for inquiring the historical data of different blowers.
Using the Wind turbines condition monitoring of the privately owned cloud system of Wind turbines condition monitoring constructed from data processing angle
Method, comprising the following steps:
Step 1: wind field local client passes through the real-time status parameter of the corresponding Wind turbines of OPC Server collection site
With alert data；
Step 2: OPC Client or configuration software in wind field local client obtain wind turbine from OPC Server
The real-time status parameter and alert data of group, and the application real-time status parameter and alert data carry out Wind turbines state prison
Control, meanwhile, the real-time status parameter of acquired Wind turbines and alert data are on the one hand saved in wind field local client
Primary database in short-term in, on the other hand also by institute collected each Wind turbines real-time status parameter and alert data encapsulation
It is accessed at WebService for mobile client；
Step 3: by the data schedule backup in the primary database in short-term of wind field local client to privately owned cloud management platform
Total Database in, in above-mentioned total Database store Wind turbines Life cycle data, for different user carry out data
Inquiry；Pass through the backup database in short-term of privately owned cloud management platform and the primary database in short-term for being dispersed in each wind field local client
Data it is synchronous, the data dump of the backup database in short-term of several in privately owned cloud management platform by the way of data conversion storage
Into the total Database of privately owned cloud management platform；
Step 4: the new customer identity registration of wind field local client and authentication；
Step 4.1: in wind field local client enrollment status, new user mentions the new user of wind field local client first
Its identity registration information is handed over, then the safety management module of wind field local client is waited to confirm the new user identity；
Step 4.2: the safety management module judges whether that receiving the new user asks according to preset new user's auditing rule
It asks, if new user's registration information does not meet new user's auditing rule, which does not give its any permission；If
New user's registration information meets new user's auditing rule, which confirms the identity of the new user, and it is corresponding to give it
Permission new user's registration information and corresponding Wind turbines supervision authority are updated to the safety to privately owned cloud management platform simultaneously
It manages in database；
Step 5: the new customer identity registration of mobile client and authentication；
Step 5.1: the new user of mobile client passes through mobile client to different wind field clients or private clound
Management platform submits its identity registration information, and corresponding wind field client is then waited to confirm the new user identity；
Step 5.2:1) if mobile client end subscriber carries out identity registration, corresponding wind field visitor to different wind field clients
The safety management module at family end judges whether that receiving the new user applies according to preset new user's auditing rule, if new user
Registration information does not meet new user's auditing rule of this wind field, and local security management module does not give its any permission；If new
User's registration information meets new user's auditing rule of this wind field, and local security management module confirms the identity of the new user, gives
It is given in the corresponding permission of this wind field, while new user's registration information and corresponding permission being updated to privately owned cloud management platform
In safety management database；
2) if mobile client end subscriber is to privately owned cloud management platform enrollment status, the safety management of privately owned cloud management platform
Database root judges whether that receiving the new user applies according to preset new user's auditing rule, if the new user's registration information is not
Meet new user's auditing rule of corresponding wind field, the safety management database of privately owned cloud management platform does not give its any permission.
If the new user's registration information meets new user's auditing rule of corresponding wind field, the identity of the new user, private clound pipe are confirmed
The safety management database of platform gives it in the permission of corresponding wind field, while the identity and permission being updated to corresponding wind field
Safety management module.The mobile client end subscriber can check that corresponding wind field is each after completing the user identity authentications of different wind fields
The real-time status parameter and alert data of blower, check the historical data of Wind turbines；
Step 5.3: rights management person can adjust the permission of each user at any time according to demand, and this permission will update to
In safety management database, the ability that each terminal user obtains corresponding wind field local data is adjusted in time；
Step 5.4: after mobile client end subscriber completes authentication, can be needed by fan monitoring registration module application
The blower of monitoring can also configure the blower for applying for monitoring by monitored object configuration module.
The utility model has the advantages that private according to the Wind turbines condition monitoring present invention as described above constructed from data processing angle
There are cloud system and method, following technical effect can be generated:
1, the platform provide three kinds of access ways: privately owned cloud management platform access way, wind field monitoring host computer access way,
Mobile client access way.These three access ways facilitate the user of different demands fast to access；
2, it uses small-sized relational database to store short time data to improve the speed of data management, reduces database deployment
Cost；Use the data of medium database storage Life cycle to provide Life cycle data query；Wherein in wind field sheet
Ground and cloud pass through principal and subordinate's heat backup method of toy data base, and local history data store in short-term is arrived with certain frequency
Cloud platform uses event driven mode by real-time data memory to local data to cope with the finiteness problem of storage resource
In library, data volume to be processed is substantially reduced, this hierarchical data processing framework solves the real-time of data and big data is asked
Topic；
3, " mobile client+wind field local+cloud platform " security management system designed is for handling three kinds of accessing users
Permission, rights management person can adjust the permission of each user at any time according to demand, this permission is updated to each permission pipe
Database is managed, adjusts the ability that each terminal user obtains corresponding wind field local data in time.
Detailed description of the invention
Fig. 1 is the privately owned cloud system of Wind turbines condition monitoring constructed from data processing angle of one embodiment of the present invention
System structural schematic diagram；
Fig. 2 is that 12 Fans monitor surface chart in real time in certain wind field of one embodiment of the present invention；
Fig. 3 is the hierarchical data processing framework schematic diagram of one embodiment of the present invention；
Fig. 4 is three layers of user safety management mechanism flow chart of one embodiment of the present invention；
Fig. 5 is the mobile client surface chart of the Wind turbines condition monitoring of one embodiment of the present invention.
Specific embodiment
It elaborates with reference to the accompanying drawing to embodiments of the present invention.
The privately owned cloud system of Wind turbines condition monitoring of present embodiment constructed from data processing angle, as shown in Figure 1,
Including wind field local client, mobile client, privately owned cloud management platform.
In present embodiment, the OPC Server of wind field local client is the source OPC of DCOM mode；Configuration software is selected
Be WinCC V6.0；Primary database and that backup database selects in short-term is MySQL V5.0 in short-term；Privately owned cloud management is flat
That platform is selected is tide sea of clouds V4.0；That total Database is selected is Oracle V10.2.0.
In present embodiment, OPC Server is used to acquire the reality for the live Wind turbines that corresponding slave computer is transmitted to it
When state parameter and alert data, wind speed, active power, reactive power, power factor, generator speed and shape including blower
State monitoring period etc., and the data are supplied to OPC Client or configuration software in a manner of interface；In present embodiment
The middle Refresh Data time is set as 1000ms.
In present embodiment, acquired in real time using blower data of the WinCC configuration software to OPC Server, data
Refresh cycle is set as 1000ms.12 Fans monitor interface in real time as shown in Fig. 2, user can check at any time in certain wind field
Operation conditions, real time data and the historical data of live blower.These state parameters and warning message pass through Web Service packet
It is accessed after dress for mobile client, corresponding measure is taken by the configuration software of wind field local in time, regulate and control corresponding parameter, to disappear
Except alarm.These Web Service are arranged in wind field local client to improve response speed.
In present embodiment, safety management database uses MySQL database, for storing the letter of mobile client end subscriber
The information of breath and wind field native client end subscriber.
In present embodiment, primary database and both short time data libraries of backup database equally use in short-term in short-term
MySQL database.Acquisition mode based on OPC agreement in present embodiment establishes event trigger mechanism, and corresponding data is deposited
The MySQL database of wind field local client is stored up i.e. in short-term in primary database, on the basis of 1000ms refresh rate, according to
Different event thresholds is respectively set in the difference of parameter characteristic.Wherein wind speed, active power, reactive power, power factor, power generation
The variation range of this kind of parameters such as machine revolving speed, various angle parameters is bigger, can using biggish change threshold (such as
1%), the variation range of column foot temperature, outdoor temperature, case temperature etc. is smaller, is arranged small change threshold value (such as 0.5%),
Bool parameter uses 40% change threshold not miss any primary numerical value change.It is deposited by this event driven data
Storage, substantially reduces data volume to be processed.In present embodiment, event driven processing method is opened using Java language
Hair.
In present embodiment, user registration module, fan monitoring registration module and the monitored object configuration of mobile client
Module is all made of eclipse platform and is developed with Java language.
In present embodiment, the fan monitoring registration module of mobile client, for completing mobile subscriber to different wind fields
The supervision authority of blower is registered, and user can complete the modification to the supervision authority information of different wind field blowers by the module.
In present embodiment, the monitored object configuration module of mobile client is used to complete the difference that user applies for monitoring
The configuration of wind field blower.
In present embodiment, the total Database in privately owned cloud management platform uses oracle database.In privately owned cloud management
In platform, MySQL data i.e. several in short-term the data conversion storage in backup database into oracle database.Wind field is local
I.e. corresponding MySQL database backs up number to the MySQL database of client in short-term in primary database and privately owned cloud platform in short-term
According to progress principal and subordinate's warm back-up between library.In present embodiment, the real-time of data is solved by way of proposing three layer data frameworks
Property and big data problem.From timeliness angle analysis, data involved in wind-powered electricity generation management are by real time data and historical data two parts
Composition, real time data are used for Wind turbines condition monitoring；Historical data is analyzed and is recalled, these data are ok for counting
It is placed on wind field locality, historical data uses the method for schedule backup to cope with the finiteness of storage resource.As shown in figure 3, MySQL
Principal and subordinate's warm back-up working method.
In present embodiment, the safety management database in privately owned cloud management platform is developed using Java language.This
Invention devises " mobile client for cloud platform framework shown in FIG. 1 from two kinds of demands of economic security and technical security
The security management system at end+wind field local client+privately owned cloud management platform " is to support three kinds of access ways.As shown in figure 4,
According to the difference of role, mobile client can be registered in multiple wind fields to obtain real time data；The configuration of wind field local client
Software is registrable apply the real time data of this wind field, in short-term history data and field each blower control authority, can also apply from
The various data of wind field where cloud platform obtains.
In present embodiment, the inquiry of historical data module equally uses Java language to be developed.
Using the wind-powered electricity generation of the privately owned cloud system of Wind turbines condition monitoring constructed from data processing angle in present embodiment
Set state monitoring method, comprising the following steps:
Step 1: wind field local client passes through the scene that the corresponding slave computer of OPC Server dynamic acquisition is transmitted to it
The real-time status parameter and alert data of Wind turbines；
The OPC Server server of each wind field is built in the source OPC in present embodiment using DCOM mode, and by wind
The data item of machine is respectively added in different groups, configures name, data type, read-write mode and the sampling of good each data item
Period.
Step 2: the acquisition and display to OPC Server real time data, user are completed by WinCC V6.0 configuration software
It can also be supplied to wind field administrative staff by customized data exhibition method and carry out Wind turbines condition monitoring, according to practical feelings
Condition takes timely measure, and the state parameter of corresponding Wind turbines is regulated and controled by configuration software, to eliminate alarm；As shown in Figure 2
12 Fans monitor interface in real time in certain wind field, and it is flat which is based on the exploitation of Microsoft Visual Studio 2010
Platform is developed with C Plus Plus；Meanwhile the acquisition mode on the one hand based on OPC agreement establishes event trigger mechanism for acquired wind
The real-time status parameter and alert data of motor group are saved in the primary database in short-term of wind field local client；On the other hand also
By collected each Wind turbines real-time status parameter and alert data be packaged into WebService, refreshing is arranged in wind field
Local Web Service data are accessed for mobile client, mobile client using relatively low refresh rate (2s~
5s) data are obtained from WebService；The mobile phone state monitoring interface developed with Eclipse as shown in Figure 5.
Step 3: wind field local data base and cloud platform database complete cloud platform data by the way of principal and subordinate's warm back-up
Collection.
By the data schedule backup in the primary database in short-term of wind field local client to the sum of privately owned cloud management platform
According in library, the Life cycle data of Wind turbines are stored in above-mentioned total Database, carry out data query for different user；It is logical
Cross the MySQL database of privately owned cloud management platform i.e. backup database and the MySQL for being dispersed in each wind field local client in short-term
Database is that the data of primary database in short-term are synchronous (synchronizing cycle is 10 seconds), carries out principal and subordinate's warm back-up；Using data conversion storage
Mode several in privately owned cloud management platform in short-term backup database data dump to privately owned cloud management platform total data
In library, the privately owned cloud management platform and each wind field local client pass through Internet clock progress time synchronization；
Step 4: the new customer identity registration of wind field local client and authentication；
Step 4.1: in wind field local client enrollment status, new user mentions the new user of wind field local client first
Its identity registration information is handed over, then the safety management module of wind field local client is waited to confirm the new user identity；
Step 4.2: the safety management module judges whether that receiving the new user asks according to preset new user's auditing rule
It asks, if new user's registration information does not meet new user's auditing rule, which does not give its any permission；If
New user's registration information meets new user's auditing rule, which confirms the identity of the new user, and it is corresponding to give it
Permission new user's registration information and corresponding Wind turbines supervision authority are updated to the safety to privately owned cloud management platform simultaneously
It manages in database；
Step 5: the new customer identity registration of mobile client and authentication, as shown in Figure 4；
Step 5.1: the new user of mobile client passes through mobile client to different wind field clients or private clound
Management platform submits its identity registration information, and corresponding wind field client is then waited to confirm the new user identity；
Step 5.2:1) if mobile client end subscriber carries out identity registration, corresponding wind field visitor to different wind field clients
The safety management module at family end judges whether that receiving the new user applies according to preset new user's auditing rule, if new user
Registration information does not meet new user's auditing rule of this wind field, and local security management module does not give its any permission；If new
User's registration information meets new user's auditing rule of this wind field, and local security management module confirms the identity of the new user, gives
It is given in the corresponding permission of this wind field, while new user's registration information and corresponding permission being updated to privately owned cloud management platform
In safety management database；
2) if mobile client end subscriber is to privately owned cloud management platform enrollment status, the safety management of privately owned cloud management platform
Database root judges whether that receiving the new user applies according to preset new user's auditing rule, if the new user's registration information is not
Meet new user's auditing rule of corresponding wind field, the safety management database of privately owned cloud management platform does not give its any permission.
If the new user's registration information meets new user's auditing rule of corresponding wind field, the identity of the new user, private clound pipe are confirmed
The safety management database of platform gives it in the permission of corresponding wind field, while the identity and permission being updated to corresponding wind field
Safety management module.The mobile client end subscriber can check corresponding wind field after completing the user identity authentications of different wind fields
Various real time datas (state and alarm), check the historical data of Wind turbines；
Step 5.3: rights management person can adjust the permission of each user at any time according to demand, and this permission will update to
In safety management database, the ability that each terminal user obtains corresponding wind field local data is adjusted in time；
Step 5.4: after mobile client end subscriber completes authentication, can be needed by fan monitoring registration module application
The blower of monitoring can also configure the blower for applying for monitoring by monitored object configuration module.
Claims (4)
1. a kind of privately owned cloud system of Wind turbines condition monitoring constructed from data processing angle, which is characterized in that the system packet
It includes: wind field local client, mobile client and privately owned cloud management platform；
The wind field local client requires to be separately configured in each wind field, further comprises:
OPC Server: by the real-time status parameters of OPC agreement collection site Wind turbines and alert data and it is supplied to OPC
Client or configuration software；
OPC Client or configuration software: for obtaining the state parameter and alert data of Wind turbines from OPC Server,
And the application real-time status parameter and alert data carry out Wind turbines condition monitoring, meanwhile, on the one hand by acquired wind-powered electricity generation
The real-time status parameter and alert data of unit are sent to primary database in short-term, on the other hand also by the collected Wind turbines of institute
Real-time status parameter and alert data be packaged into WebService for mobile client access；The mobile client is movement
APP；
Safety management module: the safety management for wind field native client end subscriber and mobile client end subscriber；
Primary database in short-term；For storing OPC Client or configuration software Wind turbines state parameter collected and alarm
Data are the main sides that master-slave mode data backup is established between the local and privately owned cloud management platform of wind field；
The mobile client further comprises:
User registration module: it is registered for user information of the new user to different wind fields；
Fan monitoring registration module: apply needing the blower monitored for user and supervision authority is registered；
Monitored object configuration module；The blower for applying for monitoring is configured for user；
The privately owned cloud management platform further comprises:
Total Database: for storing the Life cycle data of Wind turbines, full Life Cycle is provided for the inquiry of historical data module
The data of phase are supported；
Backup database in short-term: the fan condition parameter that the primary database in short-term for backing up wind field local client is stored with
Alert data, be established between the local and privately owned cloud management platform of wind field master-slave mode data backup from end, private clound pipe
There are multiple backup databases in short-term in platform；
Safety management database: for storing the information of mobile client end subscriber and the information of wind field native client end subscriber；
The inquiry of historical data module: for inquiring the historical data of different blowers.
2. using the wind-powered electricity generation of the Wind turbines condition monitoring privately owned cloud system described in claim 1 constructed from data processing angle
Set state monitoring method, which comprises the steps of:
Step 1: the real-time status parameter and report that wind field local client passes through the corresponding Wind turbines of OPC Server collection site
Alert data；
Step 2: OPC Client or configuration software in wind field local client obtain Wind turbines from OPC Server
Real-time status parameter and alert data, and the application real-time status parameter and alert data carry out Wind turbines condition monitoring, together
When, the real-time status parameter of acquired Wind turbines and alert data are on the one hand saved in wind field local client in short-term
In primary database, on the other hand also by the real-time status parameters of collected each Wind turbines be packaged into alert data
WebService is accessed for mobile client；
Step 3: by the data schedule backup in the primary database in short-term of wind field local client to the total of privately owned cloud management platform
In database, the Life cycle data of Wind turbines are stored in above-mentioned total Database, carry out data query for different user；
Pass through the backup database in short-term and the number for the primary database in short-term for being dispersed in each wind field local client of privately owned cloud management platform
According to synchronization, by the way of data conversion storage several in privately owned cloud management platform in short-term backup database data dump to private
In the total Database for having cloud management platform；
Step 4: the new customer identity registration of wind field local client and authentication；
Step 5: the new customer identity registration of mobile client and authentication.
3. Wind turbines method for monitoring state according to claim 2, which is characterized in that the step 4 includes following step
It is rapid:
Step 4.1: for the new user of wind field local client in wind field local client enrollment status, new user submits it first
Then identity registration information waits the safety management module of wind field local client to confirm the new user identity；
Step 4.2: the safety management module judges whether that receiving the new user requests according to preset new user's auditing rule, such as
The new user's registration information of fruit does not meet new user's auditing rule, which does not give its any permission；If new use
Family registration information meets new user's auditing rule, which confirms the identity of the new user, gives its corresponding power
New user's registration information and corresponding Wind turbines supervision authority are updated the safety management to privately owned cloud management platform by limit simultaneously
In database.
4. Wind turbines method for monitoring state according to claim 2, which is characterized in that the step 5 includes following step
It is rapid:
Step 5.1: the new user of mobile client passes through mobile client to different wind field client or privately owned cloud management
Platform submits its identity registration information, and corresponding wind field client is then waited to confirm the new user identity；
Step 5.2: if 1) mobile client end subscriber to different wind field client carries out identity registration, corresponding wind field client
Safety management module judge whether to receive the new user according to preset new user's auditing rule and apply, if new user's registration
Information does not meet new user's auditing rule of this wind field, and local security management module does not give its any permission；If new user
Registration information meets new user's auditing rule of this wind field, and local security management module confirms the identity of the new user, gives it
The safety to privately owned cloud management platform is updated in the corresponding permission of this wind field, while by new user's registration information and corresponding permission
It manages in database；
2) if mobile client end subscriber is to privately owned cloud management platform enrollment status, the safety management data of privately owned cloud management platform
Library judges whether that receiving the new user applies according to preset new user's auditing rule, if the new user's registration information is not met
New user's auditing rule of corresponding wind field, the safety management database of privately owned cloud management platform do not give its any permission, if
The new user's registration information meets new user's auditing rule of corresponding wind field, confirms that the identity of the new user, privately owned cloud management are flat
The safety management database of platform gives it in the permission of corresponding wind field, while the identity and permission being updated to the peace to corresponding wind field
Full management module, the mobile client end subscriber can check corresponding each wind of wind field after completing the user identity authentications of different wind fields
The real-time status parameter and alert data of machine, check the historical data of Wind turbines；
Step 5.3: rights management person can adjust the permission of each user at any time according to demand, and this permission will update to safety
It manages in database, adjusts the ability that each terminal user obtains corresponding wind field local data in time；
Step 5.4: after mobile client end subscriber completes authentication, can need to monitor by fan monitoring registration module application
Blower, can also by monitored object configuration module to apply monitoring blower configure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510908488.2A CN105553699B (en) | 2015-12-09 | 2015-12-09 | Wind turbine state monitoring private cloud system and method constructed from the perspective of data processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510908488.2A CN105553699B (en) | 2015-12-09 | 2015-12-09 | Wind turbine state monitoring private cloud system and method constructed from the perspective of data processing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105553699A CN105553699A (en) | 2016-05-04 |
| CN105553699B true CN105553699B (en) | 2019-02-15 |
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| CN106126346B (en) * | 2016-07-05 | 2019-02-26 | 东北大学 | A large-scale distributed data acquisition system and method |
| CN106773866A (en) * | 2017-01-04 | 2017-05-31 | 深圳市满泰科技发展有限公司 | The system and application process of a kind of utilization short message remote control water conservancy equipment operation |
| CN108093064A (en) * | 2017-12-26 | 2018-05-29 | 上海振华重工(集团)股份有限公司 | A kind of harbour private clound monitoring system |
| CN111522642B (en) * | 2020-04-21 | 2024-02-13 | 观为监测技术无锡股份有限公司 | Method for acquiring and inquiring state monitoring data of wind turbine generator, and electronic equipment |
| CN113206804A (en) * | 2021-03-15 | 2021-08-03 | 江苏未来智慧信息科技有限公司 | Wind power fault data transmission platform and transmission method thereof |
| CN113657863B (en) * | 2021-08-23 | 2024-11-29 | 交通银行股份有限公司 | Centralized operation processing system and method thereof |
| CN113868078A (en) * | 2021-09-17 | 2021-12-31 | 无锡优耐特能源科技有限公司 | Wind power plant monitoring method based on cloud platform |
| CN115525034A (en) * | 2022-09-23 | 2022-12-27 | 人工智能与数字经济广东省实验室(广州) | Industrial equipment operation and maintenance cloud platform and method |
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