CN208423590U - converting station debugging system - Google Patents
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- CN208423590U CN208423590U CN201820865022.8U CN201820865022U CN208423590U CN 208423590 U CN208423590 U CN 208423590U CN 201820865022 U CN201820865022 U CN 201820865022U CN 208423590 U CN208423590 U CN 208423590U
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Abstract
A kind of converting station debugging system, including initial O&M monitoring system (10) and newly-increased debugging monitoring system (20)；Initial O&M monitoring system (10) includes the first server (11) connecting respectively with initial substation equipment (30) and second server (12)；The debugging to initial substation equipment (30) can be completed in any one isolated operation in first server (11) and second server (12)；Newly-increased debugging monitoring system (20) includes the debugging server (21) for being debugged to the newly-increased substation equipment (40) debugged during substation's reorganization and expansion；Converting station debugging system further includes unidirectional gateway (32)；Converting station debugging system further includes for substituting unidirectional gateway (32) after newly-increased debugging monitoring system (20) completes debugging efforts to connect the two-way gateway (34) of the first industrial personal computer (31) and the second industrial personal computer (33).The converting station debugging system of the utility model is ingenious in design, practical.
Description
Technical field
The utility model relates to converting station debugging technical field more particularly to a kind of converting station debugging systems.
Background technique
During substation's reorganization and expansion, it will definitely increase some new equipments, if in the debugging transmission process of new equipment,
New equipment breaks down or accident, and the signal generated can be mixed in a large amount of error message, is unfavorable for the monitoring of operation maintenance personnel.
If IP address is set mistake accidentally by some of new equipments, it is set as consolidated network address with former running equipment, will cause network conflict,
Then operation maintenance personnel just can not effectively monitor former running equipment.The database of new equipment is added in original server, if
Mistake is generated, also will affect the normal operation in former operation data library.
Utility model content
The utility model is in view of the above-mentioned problems, propose a kind of converting station debugging system.
The utility model proposes technical solution it is as follows:
The utility model proposes a kind of converting station debugging systems, including initial O&M monitoring system and newly-increased debugging monitoring
System；Initial O&M monitoring system includes the first server connecting respectively with initial substation equipment and second server；The
The debugging to initial substation equipment can be completed in any one isolated operation in one server and second server；Newly-increased debugging
Monitoring system includes the tune for being debugged to the newly-increased substation equipment debugged during substation's reorganization and expansion
Try server；
Converting station debugging system further includes unidirectional gateway, and the input terminal of the unidirectional gateway passes through the first industrial personal computer and the second clothes
Business device connection, the output end of unidirectional gateway are connect by the second industrial personal computer with debugging server；
Converting station debugging system further includes for substituting unidirectional network after newly-increased debugging monitoring system completes debugging efforts
Lock is to connect the two-way gateway of the first industrial personal computer and the second industrial personal computer.
In the above-mentioned converting station debugging system of the utility model, initial O&M monitoring system further include respectively with first service
The first operating terminal that device is connected with second server.
In the above-mentioned converting station debugging system of the utility model, increasing debugging monitoring system newly includes connecting with debugging server
The second operating terminal.
In the above-mentioned converting station debugging system of the utility model, unidirectional gateway is optical gate, including two light delivery modules；It should
It is connected between two light delivery modules using simple optical fiber.
In the above-mentioned converting station debugging system of the utility model, increasing debugging monitoring system newly further includes interchanger, the exchange
Machine is connect with debugging server and newly-increased substation equipment respectively.
In the above-mentioned converting station debugging system of the utility model, first server, second server and debugging server
It is solaris operating system or windows operating system using identical operating system.
The converting station debugging system of the utility model makes new equipment by using unidirectional gateway and newly-increased debugging monitoring system
Debugging process progress can be isolated, meanwhile, when new equipment debugging after the completion of, new equipment is enable directly simultaneously using two-way gateway
Enter in substance system, obtained new equipment with system compatible, also realizes the purpose for expanding the performance of monitoring system, this reality
It is ingenious in design with novel converting station debugging system, it is practical.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 shows the structural schematic diagram of the converting station debugging system of the preferred embodiment in the utility model.
Specific embodiment
The technical problem to be solved by the utility model is to new equipment is incorporated to former operation during substation's reorganization and expansion
When equipment system, can lead to the problem of it is incompatible, to make troubles to operation maintenance personnel.The utility model with regard to the technical problem and
The technical thought of proposition is: a kind of converting station debugging system constructed, enables the debugging process of new equipment that progress is isolated, meanwhile,
After the completion of new equipment debugging, it can be directly incorporated into substance system.
In order to keep the technical purpose, technical solution and technical effect of the utility model apparent, in order to this field
Technical staff understands and implements the utility model, does further in detail to the utility model below in conjunction with the accompanying drawings and the specific embodiments
Thin explanation.
As shown in Figure 1, Fig. 1 shows the structural schematic diagram of the converting station debugging system of the preferred embodiment in the utility model.
Converting station debugging system includes initial O&M monitoring system 10 and newly-increased debugging monitoring system 20, the initial O&M prison
Control system 10 is physically connect with newly-increased debugging monitoring system 20 by unidirectional gateway 32, and the unidirectional gateway 32, information are passed through
Can only newly-increased debugging monitoring system 20 uniaxially be transferred to from initial O&M monitoring system 10.Initial O&M monitoring system 10 with just
Beginning substation equipment 30 connects, and receives the various data generated when the operation of initial substation equipment 30.The initial O&M monitoring system
System 10 include first server 11, second server 12 and connect respectively with first server 11, second server 12 the
One operating terminal 13, first server 11 and second server 12 are to configure identical server, the two servers are transported parallel
Row, while the various operation datas that initial substation equipment 30 generates are received, and shown in the first operating terminal 13.The
One operating terminal 13 can be operated and be debugged to initial substation equipment 30 by inputting instruction.First server 11 and
The effect of two servers 12 is identical, and the monitoring to initial substation equipment can be completed in any one server isolated operation
And debugging.Newly-increased debugging monitoring system 20 includes a debugging server 21 and the second operating terminal connecting with debugging server 21
23, which is used to adjust the newly-increased substation equipment 40 debugged during substation's reorganization and expansion
Examination.The input terminal of unidirectional gateway 32 is connect by the first industrial personal computer 31 with second server 12, and the output end of unidirectional gateway 32 is logical
The second industrial personal computer 33 is crossed to connect with debugging server 21.First industrial personal computer 31 is connected with second server 12, can receive its transmission
Data, and send the data to unidirectional gateway 32.Wherein, unidirectional gateway 32 is preferably optical gate, including two general light
Transmission module, intermodule are connected using simple optical fiber.It is, in principle, that light delivery module needs two optical fiber to realize two-way
Letter, one is for receiving data, another for sending data, i.e., from can not physically be carried out simultaneously by simple optical fiber
The transmission and reception of data.Therefore, the above-mentioned optical gate using simple optical fiber can guarantee the absolute unidirectionally without the biography of feedback of data
It is defeated, and the data of opposite direction transmission can be intercepted.Second industrial personal computer 33 respectively with unidirectional gateway 32 and debugging services
Device 21 is connected, the data forwarding for transmitting unidirectional gateway 32 to debugging server 21.In the present embodiment, unidirectional gateway 32
Effect be to monitor the duplication of the data in the second server 12 of initial O&M monitoring system 10, and the data are copied to
In debugging server 21, make debugging server 21 and second server 12 that there is identical operating system and substation operation
Data.Newly-increased debugging monitoring system 20 further includes interchanger 22, the interchanger 22 respectively with debugging server 21 and newly-increased power transformation
Station equipment 40 connects, so that debugging server 21 and newly-increased substation equipment 40 are connected into local area network.The newly-increased substation
The related data of equipment 40 can be then entered into debugging server 21, can be to newly-increased substation from the second operating terminal 23
Equipment 40 is debugged, and can be matched with the data in debugging server 21 until this increases substation equipment 40 newly.At this point,
Just the new database with newly-increased 24 related data of substation equipment is formd in debugging server 21.To newly-increased substation
After equipment 40 completes debugging, unidirectional gateway 32 is substituted using two-way gateway 34, then, substation will be increased in debugging server 21 newly
The commissioning test data of equipment 24 copy in first server 11 and second server 12.At this point, initial O&M monitoring system
10 have just been linked to be the total local area network of monitoring with newly-increased debugging monitoring system 20, by the total local area network of the monitoring to initial substation equipment
It is monitored with newly-increased substation equipment, at this point, the newly-increased substation equipment 24 will not produce initial O&M monitoring system 10
It is raw to influence, to ensure that the safe operation in fortune substation.
Further, it is based on above-mentioned converting station debugging system, adjustment method includes the following steps,
Step S1, the operation data of initial O&M monitoring system 10 is copied in newly-increased debugging monitoring system 20；Specifically
The operation data of second server 12 in initial O&M monitoring system 10 is copied to newly-increased debugging prison by unidirectional gateway 32 by ground
On the debugging server 21 of control system 20；
Step S2, by newly-increased debugging monitoring system 20 and newly-increased substation equipment 40 composition debugging local area network；
Step S3, newly-increased substation equipment 40 is carried out in newly-increased debugging monitoring system 20 by the second operating terminal 23
Debugging forms the commissioning test data to newly-increased substation equipment 40 in newly-increased debugging monitoring system 20；
Step S4, first server 11 and initial substation equipment 30, second server 12 and the first operation are disconnected eventually
The communication at end 13, and the communication of second server 12 Yu initial substation equipment 30 and the first operating terminal 13 is kept, meanwhile, it adopts
Unidirectional gateway 32 is substituted with two-way gateway 34, second server 12 and newly-increased debugging monitoring system 20 are linked to be local area network,
The commissioning test data of newly-increased debugging monitoring system 20 are copied on second server 12 again；Wait pass through 12 work of second server
After making normally, the commissioning test data of newly-increased debugging monitoring system 20 are copied in first server 11, meanwhile, disconnect second
The communication of server 12 and initial substation equipment 30, first server 11 and the first operating terminal 13, then restore the first clothes
The communication of business device 11 and initial substation equipment 30, second server 12 and the first operating terminal 13, to first server 11
Connected after working properly second server 12 and initial substation equipment 30 and the first operating terminal 13 communicate, realize three clothes
The state that business device is run simultaneously.The first server 11 and second server 12, Yi Jixin of above-mentioned initial O&M monitoring system 10
The debugging server 21 for increasing debugging monitoring system 20 uses identical operating system, can for solaris operating system or
Windows operating system.
The converting station debugging system of the utility model makes new equipment by using unidirectional gateway and newly-increased debugging monitoring system
Debugging process progress can be isolated, meanwhile, when new equipment debugging after the completion of, new equipment is enable directly simultaneously using two-way gateway
Enter in substance system, obtained new equipment with system compatible, also realizes the purpose for expanding the performance of monitoring system, this reality
It is ingenious in design with novel converting station debugging system, it is practical.
It should be understood that for those of ordinary skills, it can be modified or changed according to the above description,
And all these modifications and variations all should belong to the protection scope of the appended claims for the utility model.
Claims (6)
1. a kind of converting station debugging system, which is characterized in that including initial O&M monitoring system (10) and newly-increased debugging monitoring system
It unites (20)；Initial O&M monitoring system (10) include the first server (11) being connect respectively with initial substation equipment (30) and
Second server (12)；Any one isolated operation can be completed to initial in first server (11) and second server (12)
The debugging of substation equipment (30)；Newly-increased debugging monitoring system (20) includes for needing to carry out in the process to substation's reorganization and expansion
The debugging server (21) that the newly-increased substation equipment (40) of debugging is debugged；
Converting station debugging system further includes unidirectional gateway (32), and the input terminal of the unidirectional gateway (32) passes through the first industrial personal computer (31)
It is connect with second server (12), the output end of unidirectional gateway (32) is connected by the second industrial personal computer (33) and debugging server (21)
It connects；
Converting station debugging system further includes for substituting unidirectional network after newly-increased debugging monitoring system (20) completes debugging efforts
Lock (32) is with the two-way gateway (34) of connection the first industrial personal computer (31) and the second industrial personal computer (33).
2. converting station debugging system according to claim 1, which is characterized in that initially O&M monitoring system (10) further includes
The first operating terminal (13) being connect respectively with first server (11) and second server (12).
3. converting station debugging system according to claim 1, which is characterized in that newly-increased debugging monitoring system (20) include with
The second operating terminal (23) of debugging server (21) connection.
4. converting station debugging system according to claim 1, which is characterized in that unidirectional gateway (32) is optical gate, including two
A light delivery module；It is connected between two light delivery modules using simple optical fiber.
5. converting station debugging system according to claim 1, which is characterized in that newly-increased debug monitoring system (20) further include
Interchanger (22), the interchanger (22) are connect with debugging server (21) and newly-increased substation equipment (40) respectively.
6. converting station debugging system according to claim 1, which is characterized in that first server (11), second server
(12) and debugging server (21) uses identical operating system, is solaris operating system or windows operating system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820865022.8U CN208423590U (en) | 2018-05-29 | 2018-05-29 | converting station debugging system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820865022.8U CN208423590U (en) | 2018-05-29 | 2018-05-29 | converting station debugging system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208423590U true CN208423590U (en) | 2019-01-22 |
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ID=65110137
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820865022.8U Active CN208423590U (en) | 2018-05-29 | 2018-05-29 | converting station debugging system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208423590U (en) |
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2018
- 2018-05-29 CN CN201820865022.8U patent/CN208423590U/en active Active
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