CN206293907U - Power regulating system based on SCADA - Google Patents
Power regulating system based on SCADA Download PDFInfo
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- CN206293907U CN206293907U CN201621213306.6U CN201621213306U CN206293907U CN 206293907 U CN206293907 U CN 206293907U CN 201621213306 U CN201621213306 U CN 201621213306U CN 206293907 U CN206293907 U CN 206293907U
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Abstract
A kind of power regulating system based on SCADA, including SCADA system structure；The SCADA system structure includes the mouth switchs of CISCO2960 24, monitoring system background server, data storage server, the single mode photoelectricity interchanger that monitoring system and monitoring system are connected by ethernet communication, the data storage server is arranged in Main Control Tank, the Main Control Tank includes casing, and front cover plate is hinged on the front of the casing；The Main Control Tank also includes the arcuation cover and tubular blocking solution equipment for blocking solution；Effectively prevent in the prior art in face of refrigeration with avoid liquid stream into the defect in Main Control Tank face cannot synchronously avoid, particulate contaminant is attached to data storage server and the defect of the work period of the Wall effect of other electronic units data storage server and other electronic units.
Description
Technical field
The utility model is related to power conditioning technology field, more particularly to a kind of power regulating system based on SCADA.
Background technology
The transformation problems faced of traditional reactive power control system of wind power station is to buy complete a set of Reactive-power control system
System is costly, and the transformation cycle is more long.Original SCADA system structure is also faced with the problem of transformation.
Thus a kind of power regulating system based on SCADA is proposed, it includes SCADA system structure, also includes：
It is connected with the monitoring system communication in SCADA system structure, for the wind-powered electricity generation of wind power plant reactive power regulation distribution
Field reactive controller；It is connected with the communication of wind power plant reactive controller, for the wind field grid entry point reactive power and phase line that will obtain
Voltage pulsation and demand adjust wind power plant reactive power demand of the object feedback to wind power plant reactive controller as reactive power
Read module.The wind power plant SCADA system, the blower fan of its monitoring is double-fed wind power generator.The wind power plant SCADA system
Structure also includes the monitoring system background server, data storage server, the net that are connected by ethernet communication with monitoring system
Network communication interchanger, is connected between the network communication interchanger by optical-fibre communications loop.
Data storage server is typically all placed in Main Control Tank, and other electronic units are additionally provided with Main Control Tank, main
Control case is often disposed in the interior, and often there is the refrigeration piping for keeping indoor temperature the now indoor Main Control Tank top that is located at, these
Once there is leakage in refrigerating fluid in pipeline, will longitudinally be flowed into by the top of Main Control Tank, be partial to and flow into Main Control Tank, and data are deposited
Storage server and other electronic units will be infiltered by refrigerating fluid, the part in data storage server and other electronic units
Will occur to damage and break down, to avoid refrigerating fluid from longitudinally being flowed into by the top of Main Control Tank, be partial to and flow into Main Control Tank, mesh
It is preceding the integrally constructed closing form of Main Control Tank, accordingly even when avoid data storage server in some aspects will be freezed
The defect that liquid is infiltered, but the refrigeration performance of Main Control Tank is not considered but, the defect for being more not easy to avoid in addition is：Work as interior
Sprayed due to cleaning lower surface indoors cleaning fluid it is many when, just commonly pass through ventilation groove, the master control of Main Control Tank
The cover plate of case is infiltered in Main Control Tank so that the part in Main Control Tank will occur to damage and break down, and such Main Control Tank is faced
Freeze with avoid liquid stream into the defect in Main Control Tank face cannot synchronously the problem that avoids, realize refrigeration and be not easily accomplished
Liquid stream is avoided to enter in Main Control Tank, it is to avoid liquid stream will be realized to master into the defect that refrigeration is not easily accomplished in Main Control Tank
The refrigeration of case is controlled, the technology of part Main Control Tank application is that outer gas stream is sent into towards in Main Control Tank, via the motion reality of outer gas stream
Now freeze, however supply fan will also tend to flow into many particulate matters when being sent into Main Control Tank the air-flow outside Main Control Tank it is miscellaneous
Matter, the particulate contaminant is attached to data storage server and other electronic unit walls, have impact on data storage server
Work period.
The content of the invention
To solve the above problems, the utility model provides a kind of power regulating system and its method based on SCADA, has
Effect avoid in the prior art in face of refrigeration with avoid liquid stream into the defect in Main Control Tank face cannot synchronously avoid, particulate matter
Impurity is attached to data storage server and the Wall effect of other electronic units data storage server and other ministrys of electronics industry
The defect of the work period of part.
In order to overcome deficiency of the prior art, the utility model provides a kind of power regulating system based on SCADA
And its solution of method, it is specific as follows：
A kind of power regulating system based on SCADA, including SCADA system structure；
The SCADA system structure includes the CISCO2960 that monitoring system and monitoring system are connected by ethernet communication
24 mouth switchs, monitoring system background server, data storage server, single mode photoelectricity interchanger, and exchanged with single mode photoelectricity
Machine by the corresponding single mode photoelectricity interchanger of wind turbine that optical-fibre communications loop is connected, also including with the oral sexes of CISCO2960 24
Change planes the CISCO1841 routers of connection；
The data storage server is arranged in Main Control Tank, and the Main Control Tank includes that casing O3, the casing O3 include
Lower wall panels, the first side wall plate, the second side wall plate O51, front cover plate, wainscot and back wall O52, the lower wall panels upper end two
Head respectively connected longitudinal the first side wall plate and the second side wall plate O51, the back side of the first side wall plate and the second side wall plate
The back side of O51 is connected by back wall O52, the upper end of the first side wall plate, the upper end and the back side of the second side wall plate O51
The upper end of wallboard O52 is connected with the lower end of wainscot, and the front cover plate is hinged on the front of the casing O3；The master control
Case also includes the arcuation cover O1 and tubular blocking solution equipment O2 for blocking solution；The profile of the top view of the tubular blocking solution equipment O2
It is sector, the fan-shaped central angle is 180 degree；The casing casing O3 is located in the tubular blocking solution equipment O2, the use
The upper end of the casing O3 is located in the arcuation cover O1 of blocking solution, the exterior contour O6 of the top view of the tubular blocking solution equipment O2 is complete
Whole is enclosed in the region that the exterior contour of the top view of the arcuation cover O1 for blocking solution is enclosed；
The back wall O52 keeps abreast of mutually with the back wall of the tubular blocking solution equipment O2, in addition it is described just
Surface cover to the back wall of the tubular blocking solution equipment O2 distance than the back wall O52 to the tubular blocking solution equipment
The distance of the back wall of O2 is longer；The front cover plate can allow just with the distance between the side wall of the tubular blocking solution equipment O2
Surface cover can be opened, and the lower wall and side wall of the tubular blocking solution equipment O2 are all enclosed construction；
The lower wall same level face of the tubular blocking solution equipment O2 keeps abreast of；
The Main Control Tank also include two couples of horizontal catch O41, thermocouple, MSP430F149 single-chip microcomputers, including controllable silicon,
The cooling unit and the sieve plate equipment with some sieve apertures of cooling fan and cooling control circuit；
The thermocouple is located in the casing, and the thermocouple is the signal transmission for measuring to MSP430F149 monolithics
Machine, the MSP430F149 MCU drivings cooling fan operation and stopping；
Two couples of horizontal catch O41, the horizontal catch O41 of two couple from high to low are provided with the casing O1 in descending order
Order for the horizontal catch in upper end, the horizontal catch positioned at middle upper portion position, the horizontal catch positioned at middle lower portion position and under
Hold horizontal catch；
The horizontal catch in upper end with the casing the first side wall plate and back wall between closely sealed connection, and the upper end
Distance is remained between second side wall plate of the horizontal catch with the casing；
It is closely sealed between second side wall plate and back wall of the horizontal catch positioned at middle upper portion position with the casing
Connection, and remain with distance between first side wall plate of the horizontal catch positioned at middle upper portion position with the casing；
It is closely sealed between first side wall plate and back wall of the horizontal catch positioned at middle lower portion position with the casing
Connection, and remain with distance between second side wall plate of the horizontal catch positioned at middle lower portion position with the casing；
The horizontal catch in lower end with the casing the second side wall plate and back wall between closely sealed connection, and the lower end
Distance is remained between first side wall plate of the horizontal catch with the casing；
The wainscot of the casing upward distance the first side wall plate of level than distance the second side wall plate closer to one at position
The through slot O42 being provided with for blowing is put, the second side wall plate of the casing is in the vertical apart from lower wall panels ratio apart from upper wall
Plate closer to one at through slot O43 for air draft is provided with position；
The sieve plate equipment with some sieve apertures includes the first tubular tank body O8, the first sieve plate with some sieve apertures
The sieve plate O11 of O10, the second tubular tank body O9 and second with some sieve apertures；
By level to being provided with the first sieve plate O10 with some sieve apertures, described second in the first tubular tank body O8
In shape tank body O9 by level to be provided with second with some sieve apertures sieve plate O11；
The lower end of the first tubular tank body O8 is provided with through first and leads into groove, and the first tubular tank body O8 is in ratio
Through second is provided with the side wall of the first sieve plate O10 more lower positions with some sieve apertures to lead into groove；
The upper end of the first tubular tank body O8 is with the upper end of the second tubular tank body O9 by the first of two ends insertion
Cavity is communicated, and the first tubular tank body O8 is in the side wall part of the sieve plate O10 more high positions with some sieve apertures than first
With the second tubular tank body O9 be in than second with some sieve apertures sieve plate O11 more high positions side wall part between by two
The second cavity of insertion is held to communicate；
The side wall portion that the second tubular tank body O9 is in the sieve plate O11 more lower positions with some sieve apertures than second separates
There is through derivation groove；
The other cooling fan is arranged in the 3rd cavity of two ends insertion, and when cooling fan is run, the 3rd cavity send
That one end for going out air-flow is led to be led into groove with through second into groove with described through first and is connected, the through derivation groove
It is connected for the through slot O42 for blowing with the casing.
The power regulating system based on SCADA also includes being connected with the monitoring system communication in SCADA system structure,
For the wind power plant reactive controller of wind power plant reactive power regulation distribution；It is connected with the communication of wind power plant reactive controller.
The data storage server and other electronic units are individually positioned on described two couples horizontal catch O41.
When the storage liquid of the utility model liquid stream of lower surface generation indoors in cleaning is many, also cannot be via master
Control case is infiltrated into casing with reference to not closely sealed place, and during Main Control Tank refrigerating fluid appearance leakage up, by the cylinder
The exterior contour O6 of the top view of the shape blocking solution equipment O2 complete top view for being enclosed in the arcuation cover O1 for blocking solution
The region enclosed of exterior contour in, in also allowing the refrigerating fluid of top to infilter casing, the unique framework in casing in addition
Each place that air-flow can be more preferably disseminated in casing is ensure that, the heat allowed in casing will not be accumulated too much, allowed in casing
Part work period increase；In addition via sieve-plate structure, can remove between the particulate contaminant in air-flow, and combination air-flow
Interaction interweave and more preferably improve the function that screens out particulate contaminant.
Brief description of the drawings
Fig. 1 is the schematic diagram of power regulating system of the present utility model；
Fig. 2 is the structure chart of the utility model Main Control Tank.
Fig. 3 is the sectional view of the utility model casing.
Fig. 4 is top view of the present utility model.
Fig. 5 is the structure chart of sieve plate.
Specific embodiment
The utility model is described further below in conjunction with accompanying drawing.
With reference to the accompanying drawings knowable to 1- Fig. 5, a kind of power regulating system based on SCADA of the present utility model, including SCADA systems
System structure；
The SCADA system structure includes the CISCO2960 that monitoring system and monitoring system are connected by ethernet communication
24 mouth switchs, monitoring system background server, data storage server, single mode photoelectricity interchanger, and exchanged with single mode photoelectricity
Machine by the corresponding single mode photoelectricity interchanger of wind turbine that optical-fibre communications loop is connected, also including with the oral sexes of CISCO2960 24
Change planes the CISCO1841 routers of connection；
The data storage server is arranged in Main Control Tank, and the Main Control Tank includes that casing O3, the casing O3 include
Lower wall panels, the first side wall plate, the second side wall plate O51, front cover plate, wainscot and back wall O52, the lower wall panels upper end two
Head respectively connected longitudinal the first side wall plate and the second side wall plate O51, the back side of the first side wall plate and the second side wall plate
The back side of O51 is connected by back wall O52, the upper end of the first side wall plate, the upper end and the back side of the second side wall plate O51
The upper end of wallboard O52 is connected with the lower end of wainscot, and the front cover plate is hinged on the front of the casing O3；The master control
Case also includes the arcuation cover O1 and tubular blocking solution equipment O2 for blocking solution；The profile of the top view of the tubular blocking solution equipment O2
It is sector, the fan-shaped central angle is 180 degree；The casing casing O3 is located in the tubular blocking solution equipment O2, the use
The upper end of the casing O3 is located in the arcuation cover O1 of blocking solution, the exterior contour O6 of the top view of the tubular blocking solution equipment O2 is complete
Whole is enclosed in the region that the exterior contour of the top view of the arcuation cover O1 for blocking solution is enclosed；
The back wall O52 keeps abreast of mutually with the back wall of the tubular blocking solution equipment O2, in addition it is described just
Surface cover to the back wall of the tubular blocking solution equipment O2 distance than the back wall O52 to the tubular blocking solution equipment
The distance of the back wall of O2 is longer；The front cover plate can allow just with the distance between the side wall of the tubular blocking solution equipment O2
Surface cover can be opened, and the lower wall and side wall of the tubular blocking solution equipment O2 are all enclosed construction, have thus just carried blocking solution effect
Really；
The lower wall same level face of the tubular blocking solution equipment O2 keeps abreast of；
The Main Control Tank also include two couples of horizontal catch O41, thermocouple, MSP430F149 single-chip microcomputers, including controllable silicon,
The cooling unit and the sieve plate equipment with some sieve apertures of cooling fan and cooling control circuit；
The thermocouple is located in the casing, and the thermocouple is the signal transmission for measuring to MSP430F149 monolithics
Machine, the MSP430F149 MCU drivings cooling fan operation and stopping；
Two couples of horizontal catch O41, the horizontal catch O41 of two couple from high to low are provided with the casing O1 in descending order
Order for the horizontal catch in upper end, the horizontal catch positioned at middle upper portion position, the horizontal catch positioned at middle lower portion position and under
Hold horizontal catch；
The horizontal catch in upper end with the casing the first side wall plate and back wall between closely sealed connection, and the upper end
Distance is remained between second side wall plate of the horizontal catch with the casing；
It is closely sealed between second side wall plate and back wall of the horizontal catch positioned at middle upper portion position with the casing
Connection, and remain with distance between first side wall plate of the horizontal catch positioned at middle upper portion position with the casing；
It is closely sealed between first side wall plate and back wall of the horizontal catch positioned at middle lower portion position with the casing
Connection, and remain with distance between second side wall plate of the horizontal catch positioned at middle lower portion position with the casing；
The horizontal catch in lower end with the casing the second side wall plate and back wall between closely sealed connection, and the lower end
Distance is remained between first side wall plate of the horizontal catch with the casing；
The wainscot of the casing upward distance the first side wall plate of level than distance the second side wall plate closer to one at position
The through slot O42 being provided with for blowing is put, the second side wall plate of the casing is in the vertical apart from lower wall panels ratio apart from upper wall
Plate closer to one at through slot O43 for air draft is provided with position；
The sieve plate equipment with some sieve apertures includes the first tubular tank body O8, the first sieve plate with some sieve apertures
The sieve plate O11 of O10, the second tubular tank body O9 and second with some sieve apertures；
By level to being provided with the first sieve plate O10 with some sieve apertures, described second in the first tubular tank body O8
In shape tank body O9 by level to be provided with second with some sieve apertures sieve plate O11；
The lower end of the first tubular tank body O8 is provided with through first and leads into groove, and the first tubular tank body O8 is in ratio
Through second is provided with the side wall of the first sieve plate O10 more lower positions with some sieve apertures to lead into groove；
The upper end of the first tubular tank body O8 is with the upper end of the second tubular tank body O9 by the first of two ends insertion
Cavity is communicated, and the first tubular tank body O8 is in the side wall part of the sieve plate O10 more high positions with some sieve apertures than first
With the second tubular tank body O9 be in than second with some sieve apertures sieve plate O11 more high positions side wall part between by two
The second cavity of insertion is held to communicate；
The side wall portion that the second tubular tank body O9 is in the sieve plate O11 more lower positions with some sieve apertures than second separates
There is through derivation groove；
The other cooling fan is arranged in the 3rd cavity of two ends insertion, and when cooling fan is run, the 3rd cavity send
That one end for going out air-flow is led to be led into groove with through second into groove with described through first and is connected, the through derivation groove
It is connected for the through slot O42 for blowing with the casing.
The power regulating system based on SCADA also includes being connected with the monitoring system communication in SCADA system structure,
For the wind power plant reactive controller of wind power plant reactive power regulation distribution；It is connected with the communication of wind power plant reactive controller.
The top view of the arcuation cover O1 is sector, and the fan-shaped radian is π.
The thermocouple, translation circuit, A/D converter are sequentially connected successively with MSP430F149 single-chip microcomputers, so heat
By A/D converter Digital Transmission to MSP430F149 single-chip microcomputers after the transformed circuit amplification of signal of galvanic couple measurement,
MSP430F149 single-chip microcomputers are also connected with cooling control circuit, cooling control circuit, controllable silicon and cooling fan successively order
It is connected, such MSP430F149 single-chip microcomputers make controllable silicon carry out make-break operation by cooling control circuit, to control to cool down wind
The intensity of cooling of fan.
The data storage server and other electronic units are individually positioned on described two couples horizontal catch O41.
The function of structure of the present utility model is as follows：
Indoor lower surface is produced liquid stream via the tubular blocking solution equipment O2 is separated with the casing of the Main Control Tank,
Although thus the substantial amounts of storage liquid of cleaning process generation cannot also infilter the casing the inside；For the arcuation cover of blocking solution described in addition
O1 can avoid refrigerating fluid from longitudinally being flowed into by the top of Main Control Tank, be partial to and flow into Main Control Tank, by the tubular blocking solution equipment O2
Top view the complete top views for being enclosed in the arcuation cover O1 for blocking solution of exterior contour O6 exterior contour institute
In the region enclosed, the refrigerating fluid of top leakage cannot be also infiltered to the tubular blocking solution equipment O2, thus the case of Main Control Tank
Body is in tubular blocking solution equipment O2 the inside can be without danger, it is to avoid the infiltering of the refrigerating fluid of top leakage；Also it is exactly institute
State the front cover plate of casing with the tubular blocking solution equipment O2 side wall between horizontal span of the span not less than front cover plate, such as
This can ensure that the front cover plate of the casing unobstructive can be pulled open；The other thermocouple is located in the casing, if surveying
The temperature measured in casing is bigger than value set in advance, cooling fan is just driven by MSP430F149 single-chip microcomputers, towards case
Air-flow is sent into body；And the framework of two couples of horizontal catch O41 allows the gas by being sent into for the through slot O42 for blowing on casing
Stream will can enter into the bottom in casing behind the separate region of each horizontal catch, add the data storage service
Device and other electronic units are individually positioned on described two couples horizontal catch O41, and air-flow is by the through slot on casing for blowing
O42 until on casing for the through slot O43 of air draft during the operation of air-flow be contoured, have passed through all of level gear
Part on piece, thus allows air-flow further to be acted on the data storage server and other electronic units, realizes more
Good refrigerating function；Also it is exactly towards during feeding air-flow, the air-flow of inflow is also by screening out in casing when cooling fan is run
, particulate contaminant has been screened out, the infringement of particulate contaminant is thus also avoid when refrigerating function is realized, allow the data
Storage server and other electronic units are improved.
The utility model is described in the way of illustrating above, it will be understood by those of skill in the art that this
It is open to be not limited to embodiments described above, in the case of without departing from scope of the present utility model, can make a variety of changes,
Change and replace.
Claims (5)
1. a kind of power regulating system based on SCADA, it is characterised in that including SCADA system structure；
The SCADA system structure includes the CISCO2960 24 that monitoring system and monitoring system are connected by ethernet communication
Mouth switch, monitoring system background server, data storage server, single mode photoelectricity interchanger, and with single mode photoelectricity interchanger
The corresponding single mode photoelectricity interchanger of wind turbine connected by optical-fibre communications loop, also including being changed with the oral sexes of CISCO2960 24
The CISCO1841 routers of machine connection；
The data storage server is arranged in Main Control Tank, and the Main Control Tank includes casing, and the casing includes lower wall panels, the
One side wallboard, the second side wall plate, front cover plate, wainscot and back wall, lower wall panels upper end two respectively connected vertical
To the first side wall plate and the second side wall plate, the back side of the back side of the first side wall plate and the second side wall plate passes through back wall
Be connected, the upper end of the upper end of the first side wall plate, the upper end of the second side wall plate and back wall with wainscot lower end phase
Connection, the front cover plate is hinged on the front of the casing；The Main Control Tank also includes the arcuation cover and cylinder for blocking solution
Shape blocking solution equipment；The profile of the top view of the tubular blocking solution equipment is sector, and the fan-shaped central angle is 180 degree；It is described
Casing casing is located in the tubular blocking solution equipment, and the arcuation for blocking solution is located at the upper end of the casing, the cylinder
The outside of the complete top view for being enclosed in the arcuation cover for blocking solution of the exterior contour of the top view of shape blocking solution equipment
In the region that profile is enclosed；
The back wall keeps abreast of mutually with the back wall of the tubular blocking solution equipment, and the front cover plate is to institute in addition
State the back wall of tubular blocking solution equipment back wall of the distance than the back wall to the tubular blocking solution equipment away from
From longer；The front cover plate can allow the front cover plate can be opened with the distance between the side wall of the tubular blocking solution equipment, institute
The lower wall and side wall for stating tubular blocking solution equipment are all enclosed construction；
The lower wall same level face of the tubular blocking solution equipment keeps abreast of；
The Main Control Tank also include two pairs of horizontal catch, thermocouple, MSP430F149 single-chip microcomputers, including controllable silicon, cooling wind
The cooling unit and the sieve plate equipment with some sieve apertures of fan and cooling control circuit；
The thermocouple is located in the casing, the thermocouple the signal transmission for measuring to MSP430F149 single-chip microcomputers,
The MSP430F149 MCU drivings cooling fan operation and stopping；
Two pairs of horizontal catch are provided with the casing in descending order, the horizontal catch order of two couple from high to low is upper end water
Flat catch, the horizontal catch positioned at middle upper portion position, positioned at the horizontal catch of the horizontal catch of middle lower portion position and lower end；
The horizontal catch in upper end with the casing the first side wall plate and back wall between closely sealed connection, and the upper end level
Distance is remained between second side wall plate of the catch with the casing；
The horizontal catch positioned at middle upper portion position with the casing the second side wall plate and back wall between closely sealed connection,
And remain with distance between first side wall plate of the horizontal catch positioned at middle upper portion position with the casing；
The horizontal catch positioned at middle lower portion position with the casing the first side wall plate and back wall between closely sealed connection,
And remain with distance between second side wall plate of the horizontal catch positioned at middle lower portion position with the casing；
The horizontal catch in lower end with the casing the second side wall plate and back wall between closely sealed connection, and the lower end level
Distance is remained between first side wall plate of the catch with the casing；
The wainscot of the casing upward distance the first side wall plate of level than distance the second side wall plate closer to one on position
Be provided with the through slot for blowing, the second side wall plate of the casing in the vertical apart from lower wall panels than apart from wainscot closer to
The through slot for air draft is provided with one on position；
The sieve plate equipment with some sieve apertures include the first tubular tank body, first with some sieve apertures sieve plate, second
Shape tank body and the second sieve plate with some sieve apertures；
Pressed in the second tubular tank body to the first sieve plate with some sieve apertures is provided with by level in the first tubular tank body
Level to be provided with second with some sieve apertures sieve plate；
The lower end of the first tubular tank body is provided with through first and leads into groove, and the first tubular tank body is in and is carried than first
Through second is provided with the side wall of the sieve plate of some sieve apertures more lower position to lead into groove；
The upper end of the first tubular tank body communicates with the upper end of the second tubular tank body by the first cavity of two ends insertion,
The first tubular tank body is in the side wall part of the sieve plate more high position with some sieve apertures than first with second tubular
Tank body is in the second cavity phase between the side wall part of the sieve plate more high position with some sieve apertures by two ends insertion than second
It is logical；
The second tubular tank body be in than second with some sieve apertures sieve plate more lower position side wall part be provided with it is through
Derive groove；
The other cooling fan is arranged in the 3rd cavity of two ends insertion, and when cooling fan is run, the 3rd cavity sends out gas
That one end of stream is led to be led into groove with through second into groove with described through first and is connected, the same institute of the through derivation groove
State being connected for the through slot blown for casing.
2. the power regulating system based on SCADA according to claim 1, it is characterised in that the work(based on SCADA
Rate regulating system also includes being connected with the monitoring system communication in SCADA system structure, for wind power plant reactive power regulation point
The wind power plant reactive controller matched somebody with somebody；It is connected with the communication of wind power plant reactive controller.
3. the power regulating system based on SCADA according to claim 1, it is characterised in that the top view of the arcuation cover
It is sector, the fan-shaped radian is π.
4. the power regulating system based on SCADA according to claim 3, it is characterised in that the thermocouple, conversion electricity
Road, A/D converter are sequentially connected successively with MSP430F149 single-chip microcomputers, the also same cooling control circuit of MSP430F149 single-chip microcomputers
It is connected, cooling control circuit, controllable silicon are sequentially connected successively with cooling fan.
5. the power regulating system based on SCADA according to claim 4, it is characterised in that the data storage server
It is individually positioned on two pairs of horizontal catch with other electronic units.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621213306.6U CN206293907U (en) | 2016-11-10 | 2016-11-10 | Power regulating system based on SCADA |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621213306.6U CN206293907U (en) | 2016-11-10 | 2016-11-10 | Power regulating system based on SCADA |
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| Publication Number | Publication Date |
|---|---|
| CN206293907U true CN206293907U (en) | 2017-06-30 |
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ID=59099061
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621213306.6U Expired - Fee Related CN206293907U (en) | 2016-11-10 | 2016-11-10 | Power regulating system based on SCADA |
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| Country | Link |
|---|---|
| CN (1) | CN206293907U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106410863A (en) * | 2016-11-10 | 2017-02-15 | 南京铁道职业技术学院 | Power adjustment system and method thereof based on SCADA |
| CN107370138A (en) * | 2017-08-11 | 2017-11-21 | 南京铁道职业技术学院 | Alarm formula is directed to the protection device of urban transportation rail current potential |
-
2016
- 2016-11-10 CN CN201621213306.6U patent/CN206293907U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106410863A (en) * | 2016-11-10 | 2017-02-15 | 南京铁道职业技术学院 | Power adjustment system and method thereof based on SCADA |
| CN107370138A (en) * | 2017-08-11 | 2017-11-21 | 南京铁道职业技术学院 | Alarm formula is directed to the protection device of urban transportation rail current potential |
| CN107370138B (en) * | 2017-08-11 | 2019-10-22 | 南京铁道职业技术学院 | Alarm formula is directed to the protective device of urban transportation rail current potential |
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