CN103543509B - The method and system of laying optical cable in intelligent substation - Google Patents
The method and system of laying optical cable in intelligent substation Download PDFInfo
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- CN103543509B CN103543509B CN201310476574.1A CN201310476574A CN103543509B CN 103543509 B CN103543509 B CN 103543509B CN 201310476574 A CN201310476574 A CN 201310476574A CN 103543509 B CN103543509 B CN 103543509B
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Abstract
The invention discloses the method and system of laying optical cable in a kind of intelligent substation, described method comprises: to obtain in intelligent substation between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange; Determine the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, generate the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation; According to the distribution structure figure of fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type; Between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in intelligent substation.Implement the present invention, can improve and lay efficiency, reduction error rate.
Description
Technical field
The present invention relates to technical field of electric power, particularly relate to the method and system of laying optical cable in a kind of intelligent substation.
Background technology
At present, in smart electric grid system, the laying optical cable of equipment room in later stage intelligent substation, with early stage intelligent substation equipment room annexation arrange separate, can not share, after change is used for the design drawing of the annexation between characterization device, also need to obtain optical cable information through complicated operation again, again according to the optical cable information laying optical cable obtained, but, the procedural error rate of above-mentioned acquisition optical cable information is high, it is loaded down with trivial details to verify, and then causes the process need duplication check of laying optical cable to be corrected, and workload is large, waste time and energy, efficiency is extremely low.
Summary of the invention
Based on this, be necessary, for the problem wasted time and energy during laying optical cable in above-mentioned intelligent substation, efficiency is extremely low, to provide the method and system of laying optical cable in a kind of intelligent substation.
A method for laying optical cable in intelligent substation, comprises the following steps:
To obtain in intelligent substation between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange, wherein, in described acquisition intelligent substation between each secondary device, the step of the annexation of each inter-exchange and each secondary device and each inter-exchange comprises step: draw the annexation between each secondary device in described intelligent substation; Read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading;
Determine the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generate the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation;
According to the distribution structure figure of fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type;
Between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
A system for laying optical cable in intelligent substation, comprising:
Acquisition module, for drawing the annexation in described intelligent substation between each secondary device; Read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading;
Wiring module, for determining the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generates the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation;
Statistical module, for the distribution structure figure according to fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type;
Lay module, for according between each secondary device of statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
The method and system of laying optical cable in above-mentioned intelligent substation, based between secondary device each in intelligent substation, the annexation of each inter-exchange and each secondary device and each inter-exchange, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, between each secondary device again according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type laying optical cable, can make optical cable information in real time and in intelligent substation the connection of equipment room be consistent, the number of times of laying optical cable in duplication check intelligent substation can be reduced, improve the fiber cable laying efficiency of intelligent substation.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of method first embodiment of laying optical cable in intelligent substation of the present invention;
Fig. 2 is the schematic flow sheet of method second embodiment of laying optical cable in intelligent substation of the present invention;
Fig. 3 is the structural representation of system first embodiment of laying optical cable in intelligent substation of the present invention.
Embodiment
Refer to Fig. 1, Fig. 1 is the schematic flow sheet of method first embodiment of laying optical cable in intelligent substation of the present invention.
In the described intelligent substation of present embodiment, the method for laying optical cable comprises the following steps:
Step 101, to obtain in intelligent substation between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange.
Step 102, determines the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generates the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation.
Step 103, according to the distribution structure figure of fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type.
Step 104, between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
The method of laying optical cable in intelligent substation described in present embodiment, based between secondary device each in intelligent substation, the annexation of each inter-exchange and each secondary device and each inter-exchange, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, between each secondary device again according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type laying optical cable, make optical cable information in real time and in intelligent substation the connection of equipment room be consistent, the number of times of laying optical cable in duplication check intelligent substation can be reduced, improve the fiber cable laying efficiency of intelligent substation.
Wherein, for step 101, described secondary device is the accessory equipment for supervising primary equipment, measuring, control, protect or regulate, and namely not direct and electric energy produces the equipment of contact.Preferably, merge cells, intelligent terminal, route protection, measure and control device, bus protection, main transformer protection, breaker protection, mother protection, failure wave-recording, stand territory protection, prepared auto restart, high resistance protection etc. are comprised.
Preferably, the annexation between each secondary device is divided into two classes: 1, cyberrelationship, is linked together by switch between secondary device; 2, direct connection relation, between secondary device by Fiber connection together.Wherein, cyberrelationship does not need to calculate in optical cable inventory, namely without the need to laying optical cable, uses first to preset lines (as breakpoint line) and connect during drafting.Direct connection relation needs to calculate in optical cable inventory, namely needs laying optical cable, uses second to preset lines (straight line as without breakpoint) and connect during drafting.
In one embodiment, in described acquisition intelligent substation between each secondary device, the step of the annexation of each inter-exchange and each secondary device and each inter-exchange comprises the following steps:
Step 1011, draws the annexation between each secondary device in described intelligent substation.
Step 1012, read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading.
In the present embodiment, the each secondary device in described intelligent substation is read in annexation from the described intelligent substation drawn between each secondary device, do not need to repaint secondary device when again drawing, operation steps can be reduced, save the running time, the inconsistent of secondary device number can also be avoided.
Wherein, for step 1011, in the process of drawing the annexation in described intelligent substation between each secondary device, each secondary device used in described intelligent substation first can be drawn.Draw the annexation between each secondary device again.
For step 1012, drafting be the network structure of intelligent substation, the switch artwork provided by intelligent substation drafting system, generates switch.In concrete generative process, the annexation between switch and inter-exchange, secondary device is all direct connection relation, all needs to calculate in optical cable inventory, namely all needs laying optical cable, uses the 3rd to preset lines (as wave) and connects.
Preferably, in step 1011 and step 1012, the annexation between each secondary device can be utilized, topological relation between each secondary device of the type selecting of mark secondary device, usage quantity and intelligent substation.Annexation between each secondary device utilizing the annexation of inter-exchange and each switch and reading, can identify the network topology of intelligent substation, the type selecting of switch and usage quantity.
Further, after step 1012, also can the annexation of above-mentioned drafting be stored in the repository of intelligent substation, described repository is preferably using the database of SQLite document data bank as preservation intelligent substation configuration information, when needing the annexation of above-mentioned generation, can directly obtain from described repository.
For step 102, respectively shield in described intelligent substation in the membership of cabinet and each secondary device and/or each inter-exchange, if a certain secondary device and/or switch are under the jurisdiction of a certain screen cabinet, then this secondary device and/or switch are built in this screen cabinet.
Preferably, described fiber box is built in described screen cabinet, the distribution structure figure of described fiber box, is the deployment route of the optical fiber of each secondary device and/or the inter-exchange connection of placing in screen cabinet.
In one embodiment, described determine each secondary device in described intelligent substation and respectively shield the step of the membership between cabinet further comprising the steps of:
Each secondary device of described intelligent substation and each switch is read from described annexation, and be each secondary device and each switch distribution screen cabinet that read, the membership determined each secondary device of reading and/or each switch and respectively shield between cabinet, wherein, in described intelligent substation, the secondary device and/or the switch that are under the jurisdiction of screen cabinet are in described screen cabinet.
In above-mentioned steps, the rule that can require according to user or preset is each secondary device and each switch distribution screen cabinet that read.
For step 103, the starting point of described optical cable preferably includes the information such as the start-up screen cabinet of optical cable, the equipment connected in this start-up screen cabinet and the splicing box mouth of this optical fiber in this start-up screen cabinet; The terminal of described optical cable preferably includes the information such as the object screen cabinet of optical cable, the equipment connected in this object screen cabinet and the splicing box mouth of this optical fiber in object screen cabinet.The type of described optical cable preferably includes the construction numbering of optical cable, core number, total core number and optical cable numbering.
In one embodiment, between each secondary device of described statistics, after the step of the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, the method of laying optical cable in intelligent substation of the present invention, further comprising the steps of:
Between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, exported the optical cable inventory of described intelligent substation by AutoCAD design platform.
The method of laying optical cable in intelligent substation described in the present embodiment, based between secondary device each in intelligent substation, the annexation of each inter-exchange and each secondary device and each inter-exchange, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, and the optical cable inventory of described intelligent substation is generated according to statistics, can make optical cable inventory in real time and in intelligent substation the connection of equipment room be consistent, decrease because changing between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange and repeat the number of times revising optical cable inventory content, construction for intelligent substation provides optical cable inventory accurately, this system also outputs optical fiber distributing drawing automatically simultaneously, improve the efficiency of intelligent substation design configurations work.
Wherein, described optical cable inventory is the foundation of discharging optical cable and guiding construction, the archives material of intelligent substation operation maintenance, preferably includes the numbering of every root optical cable, total length that start point information, model, specification, statistic of classification go out, and optical cable inventory gauge outfit is as shown in table 1:
Preferably, generate the detailed process of described optical cable inventory, exactly starting point in table 1 and endpoint information are got up to one_to_one corresponding.Corresponding standard is exactly the annexation of secondary device and/switch and secondary device and/or inter-exchange, the annexation namely obtained in step 101, and concrete operations flow process can be as described below:
Generate according to membership of shielding cabinet and each secondary device and/or each inter-exchange each in the described intelligent substation determined and shield cabinet figure, and add up between each secondary device according to the distribution structure figure of described annexation, described screen cabinet figure and described fiber box, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, ST Stuffing Table 1.Described screen cabinet figure comprises the mark of each screen cabinet and described each secondary device of screen cabinet and/or the mark of switch.Splicing box mouth is corresponding port numbers.Armored optical cable information is determined according to practical situations by user.
Refer to Fig. 2, Fig. 2 is the schematic flow sheet of method second embodiment of laying optical cable in intelligent substation of the present invention.
In the described intelligent substation of present embodiment, the method for laying optical cable and the difference of the first embodiment are: the described step generating the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation is further comprising the steps of:
Step 201, according to described membership, creates each screen cabinet, and imports in each screen cabinet by the secondary device and/or switch that there is membership between each screen cabinet, and wherein, the name of each screen cabinet of establishment is different from each other.
Step 202, reads equipment in the annexation of the equipment room imported in each screen cabinet and each screen cabinet from described annexation and other shields the annexation of the equipment room in cabinet, and wherein, described equipment comprises secondary device and/or switch.
Step 203, according to the annexation read, arranges the number of fiber box, the port number of fiber box or the port type of fiber box or the wiring mode of fiber box in each screen cabinet.
The method of laying optical cable in intelligent substation described in present embodiment, according to described membership, can arrange the wiring mode of the fiber box in each screen cabinet accurately, make it consistent with the actual annexation of the equipment room of intelligent substation.
Wherein, in the concrete configuration process of fiber box, secondary device and/or the membership between switch and screen cabinet, can supplement and complete this side apparatus, and this side apparatus is the equipment belonging to this screen cabinet.According between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange can improve offside facility information, namely this side apparatus is connected to side apparatus.And then according to the actual conditions of intelligent substation, information such as adjustment port numbers, port type etc.
Refer to Fig. 3, Fig. 3 is the structural representation of system first embodiment of laying optical cable in intelligent substation of the present invention.
In the described intelligent substation of present embodiment, the system of laying optical cable comprises acquisition module 100, Wiring module 200, statistical module 300 and lays module 400, wherein:
Acquisition module 100, for obtaining in intelligent substation between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange.
Wiring module 200, for determining the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generates the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation.
Statistical module 300, for the distribution structure figure according to fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type.
Lay module 400, for according between each secondary device of statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
The system of laying optical cable in intelligent substation described in present embodiment, based between secondary device each in intelligent substation, the annexation of each inter-exchange and each secondary device and each inter-exchange, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, between each secondary device again according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type laying optical cable, make optical cable information in real time and in intelligent substation the connection of equipment room be consistent, the number of times of laying optical cable in duplication check intelligent substation can be reduced, improve the fiber cable laying efficiency of intelligent substation.
Wherein, for acquisition module 100, described secondary device is the accessory equipment for supervising primary equipment, measuring, control, protect or regulate, and namely not direct and electric energy produces the equipment of contact.Preferably, merge cells, intelligent terminal, route protection, measure and control device, bus protection, main transformer protection, breaker protection, mother protection, failure wave-recording, stand territory protection, prepared auto restart, high resistance protection etc. are comprised.
Preferably, the annexation between each secondary device is divided into two classes: 1, cyberrelationship, is linked together by switch between secondary device; 2, direct connection relation, between secondary device by Fiber connection together.Wherein, cyberrelationship does not need to calculate in optical cable inventory, namely without the need to laying optical cable, uses first to preset lines (as breakpoint line) and connect during drafting.Direct connection relation needs to calculate in optical cable inventory, namely needs laying optical cable, uses second to preset lines (straight line as without breakpoint) and connect during drafting.
In one embodiment, described acquisition module 100 also can be used for:
Draw the annexation between each secondary device in described intelligent substation.
Read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading.
In the present embodiment, the each secondary device in described intelligent substation is read in annexation from the described intelligent substation drawn between each secondary device, do not need to repaint secondary device when again drawing, operation steps can be reduced, save the running time, the inconsistent of secondary device number can also be avoided.
Wherein, in the process of drawing the annexation in described intelligent substation between each secondary device, each secondary device used in described intelligent substation can first be drawn.Draw the annexation between each secondary device again.Annexation in the described intelligent substation drawn between the annexation of each inter-exchange and each secondary device of each switch and reading is the network structure of intelligent substation, the switch artwork provided by intelligent substation drafting system, generates switch.In concrete generative process, the annexation between switch and inter-exchange, secondary device is all direct connection relation, all needs to calculate in optical cable inventory, namely all needs laying optical cable, uses the 3rd to preset lines (as wave) and connects.
Preferably, acquisition module 100 also can utilize the annexation between each secondary device, topological relation between each secondary device of the mark type selecting of secondary device, usage quantity and intelligent substation.Annexation between each secondary device utilizing the annexation of inter-exchange and each switch and reading, can identify the network topology of intelligent substation, the type selecting of switch and usage quantity.
Further, also can the annexation of above-mentioned drafting be stored in the repository of intelligent substation, described repository is preferably using the database of SQLite document data bank as preservation intelligent substation configuration information, when needing the annexation of above-mentioned generation, can directly obtain from described repository.
For Wiring module 200, respectively shield in described intelligent substation in the membership of cabinet and each secondary device and/or each inter-exchange, if a certain secondary device and/or switch are under the jurisdiction of a certain screen cabinet, then this secondary device and/or switch are built in this screen cabinet.
Preferably, described fiber box is built in described screen cabinet, the distribution structure figure of described fiber box, is the deployment route of the optical fiber of each secondary device and/or the inter-exchange connection of placing in screen cabinet.
In one embodiment, described Wiring module 200 also can be used for from described annexation, read each secondary device of described intelligent substation and each switch, and be each secondary device and each switch distribution screen cabinet that read, the membership determined each secondary device of reading and/or each switch and respectively shield between cabinet, wherein, in described intelligent substation, the secondary device and/or the switch that are under the jurisdiction of screen cabinet are in described screen cabinet.
In aforesaid operations, the rule that Wiring module 200 can require according to user or preset is each secondary device and each switch distribution screen cabinet that read.
For statistical module 300, the starting point of described optical cable preferably includes the information such as the start-up screen cabinet of optical cable, the equipment connected in this start-up screen cabinet and the splicing box mouth of this optical fiber in this start-up screen cabinet; The terminal of described optical cable preferably includes the information such as the object screen cabinet of optical cable, the equipment connected in this object screen cabinet and the splicing box mouth of this optical fiber in object screen cabinet.The type of described optical cable preferably includes the construction numbering of optical cable, core number, total core number and optical cable numbering.
In one embodiment, in described intelligent substation, the system of laying optical cable also can comprise inventory module, for according between each secondary device of statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, exported the optical cable inventory of described intelligent substation by AutoCAD design platform.
The system of laying optical cable in intelligent substation described in the present embodiment, based between secondary device each in intelligent substation, the annexation of each inter-exchange and each secondary device and each inter-exchange, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, and the optical cable inventory of described intelligent substation is generated according to statistics, can make optical cable inventory in real time and in intelligent substation the connection of equipment room be consistent, decrease because changing between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange and repeat the number of times revising optical cable inventory content, construction for intelligent substation provides optical cable inventory accurately, this system also outputs optical fiber distributing drawing automatically simultaneously, improve the efficiency of intelligent substation design configurations work.
Wherein, described optical cable inventory is the foundation of discharging optical cable and guiding construction, the archives material of intelligent substation operation maintenance, preferably includes the numbering of every root optical cable, total length that start point information, model, specification, statistic of classification go out, and optical cable inventory gauge outfit is as shown in table 1.
Preferably, generate the detailed process of described optical cable inventory, exactly starting point in table 1 and endpoint information are got up to one_to_one corresponding.Corresponding standard is exactly the annexation of secondary device and/switch and secondary device and/or inter-exchange, i.e. the annexation of acquisition module 100 acquisition, and concrete operations flow process can be as described below:
Generate according to membership of shielding cabinet and each secondary device and/or each inter-exchange each in the described intelligent substation determined and shield cabinet figure, and add up between each secondary device according to the distribution structure figure of described annexation, described screen cabinet figure and described fiber box, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, ST Stuffing Table 1.Described screen cabinet figure comprises the mark of each screen cabinet and described each secondary device of screen cabinet and/or the mark of switch.Splicing box mouth is corresponding port numbers.Armored optical cable information is determined according to practical situations by user.
The following stated is system second embodiment of laying optical cable in intelligent substation of the present invention.
In the described intelligent substation of present embodiment, the system of laying optical cable and the difference of the first embodiment are: Wiring module 200 also can be used for:
According to described membership, create each screen cabinet, and import in each screen cabinet by the secondary device and/or switch that there is membership between each screen cabinet, wherein, the name of each screen cabinet of establishment is different from each other.
From described annexation, read equipment in the annexation of the equipment room imported in each screen cabinet and each screen cabinet and other shields the annexation of the equipment room in cabinet, wherein, described equipment comprises secondary device and/or switch.
According to the annexation read, the number of fiber box, the port number of fiber box or the port type of fiber box or the wiring mode of fiber box in each screen cabinet are set.
The system of laying optical cable in intelligent substation described in present embodiment, according to described membership, can arrange the wiring mode of the fiber box in each screen cabinet accurately, make it consistent with the actual annexation of the equipment room of intelligent substation.
Wherein, in the concrete configuration process of fiber box, secondary device and/or the membership between switch and screen cabinet, can supplement and complete this side apparatus, and this side apparatus is the equipment belonging to this screen cabinet.According between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange can improve offside facility information, namely this side apparatus is connected to side apparatus.And then according to the actual conditions of intelligent substation, information such as adjustment port numbers, port type etc.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (8)
1. the method for laying optical cable in intelligent substation, is characterized in that, comprise the following steps:
To obtain in intelligent substation between each secondary device, the annexation of each inter-exchange and each secondary device and each inter-exchange, wherein, in described acquisition intelligent substation between each secondary device, the step of the annexation of each inter-exchange and each secondary device and each inter-exchange comprises step: draw the annexation between each secondary device in described intelligent substation; Read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading;
Determine the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generate the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation;
According to the distribution structure figure of fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type;
Between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
2. the method for laying optical cable in intelligent substation according to claim 1, is characterized in that, described determine each secondary device in described intelligent substation and respectively shield the step of the membership between cabinet further comprising the steps of:
Each secondary device of described intelligent substation and each switch is read from described annexation, and be each secondary device and each switch distribution screen cabinet that read, the membership determined each secondary device of reading and/or each switch and respectively shield between cabinet, wherein, in described intelligent substation, the secondary device and/or the switch that are under the jurisdiction of screen cabinet are in described screen cabinet.
3. the method for laying optical cable in intelligent substation according to claim 1, is characterized in that, the described step generating the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation is further comprising the steps of:
According to described membership, create each screen cabinet, and import in each screen cabinet by the secondary device and/or switch that there is membership between each screen cabinet, wherein, the mark of each screen cabinet of establishment is different from each other;
From described annexation, read equipment in the annexation of the equipment room imported in each screen cabinet and each screen cabinet and other shields the annexation of the equipment room in cabinet, wherein, described equipment comprises secondary device and/or switch;
According to the annexation read, the number of fiber box, the port number of fiber box or the port type of fiber box or the wiring mode of fiber box in each screen cabinet are set.
4. the method for laying optical cable in intelligent substation as claimed in any of claims 1 to 3, it is characterized in that, between each secondary device of described statistics, after the step of the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, further comprising the steps of:
Between each secondary device according to statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, exported the optical cable inventory of described intelligent substation by AutoCAD design platform.
5. the system of laying optical cable in intelligent substation, is characterized in that, comprising:
Acquisition module, for drawing the annexation in described intelligent substation between each secondary device; Read each secondary device in described intelligent substation in annexation from the described intelligent substation drawn between each secondary device, draw the annexation between the annexation of each inter-exchange in described intelligent substation and each secondary device of each switch and reading;
Wiring module, for determining the membership of each screen cabinet and each secondary device and/or each inter-exchange in described intelligent substation, and generates the distribution structure figure of fiber box in described intelligent substation according to described membership and described annexation;
Statistical module, for the distribution structure figure according to fiber box in the described intelligent substation of described annexation, described membership and generation, add up between each secondary device, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type;
Lay module, for according between each secondary device of statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, laying optical cable in described intelligent substation.
6. the system of laying optical cable in intelligent substation according to claim 5, it is characterized in that, described Wiring module also for reading each secondary device of described intelligent substation and each switch from described annexation, and be each secondary device and each switch distribution screen cabinet that read, the membership determined each secondary device of reading and/or each switch and respectively shield between cabinet, wherein, in described intelligent substation, the secondary device and/or the switch that are under the jurisdiction of screen cabinet are in described screen cabinet.
7. the system of laying optical cable in intelligent substation according to claim 5, is characterized in that, described Wiring module also for:
According to described membership, create each screen cabinet, and import in each screen cabinet by the secondary device and/or switch that there is membership between each screen cabinet, wherein, the mark of each screen cabinet of establishment is different from each other;
From described annexation, read equipment in the annexation of the equipment room imported in each screen cabinet and each screen cabinet and other shields the annexation of the equipment room in cabinet, wherein, described equipment comprises secondary device and/or switch;
According to the annexation read, the number of fiber box, the port number of fiber box or the port type of fiber box or the wiring mode of fiber box in each screen cabinet are set.
8. according to the system of laying optical cable in the intelligent substation in claim 5 to 7 described in any one, it is characterized in that, also comprise inventory module, for according between each secondary device of statistics, the starting point of each inter-exchange and each secondary device and each inter-exchange optical cable, terminal, length and type, exported the optical cable inventory of described intelligent substation by AutoCAD design platform.
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| CN201310476574.1A CN103543509B (en) | 2013-10-12 | 2013-10-12 | The method and system of laying optical cable in intelligent substation |
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| CN201310476574.1A CN103543509B (en) | 2013-10-12 | 2013-10-12 | The method and system of laying optical cable in intelligent substation |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101989312A (en) * | 2010-11-18 | 2011-03-23 | 江苏省电力设计院 | Graphical intelligent transformer substation model design method based on computer-aided design (CAD) |
| CN102270261A (en) * | 2011-08-09 | 2011-12-07 | 山东电力工程咨询院有限公司 | Design method for intelligent transformer station model based on CAD (Computer-Aided Design) graph and model integration |
| CN103020360A (en) * | 2012-12-17 | 2013-04-03 | 江苏省电力设计院 | Integration design method of intelligent substation based on three-dimensional design platform and professional software |
| CN103187801A (en) * | 2011-12-31 | 2013-07-03 | 山东电力工程咨询院有限公司 | Optical fiber distribution frame port configuration method in intelligent transformer substation secondary system |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101989312A (en) * | 2010-11-18 | 2011-03-23 | 江苏省电力设计院 | Graphical intelligent transformer substation model design method based on computer-aided design (CAD) |
| CN102270261A (en) * | 2011-08-09 | 2011-12-07 | 山东电力工程咨询院有限公司 | Design method for intelligent transformer station model based on CAD (Computer-Aided Design) graph and model integration |
| CN103187801A (en) * | 2011-12-31 | 2013-07-03 | 山东电力工程咨询院有限公司 | Optical fiber distribution frame port configuration method in intelligent transformer substation secondary system |
| CN103020360A (en) * | 2012-12-17 | 2013-04-03 | 江苏省电力设计院 | Integration design method of intelligent substation based on three-dimensional design platform and professional software |
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Address after: 510080 Dongfeng East Road, Dongfeng, Guangdong, Guangzhou, Zhejiang Province, No. 8 Patentee after: ELECTRIC POWER RESEARCH INSTITUTE, GUANGDONG POWER GRID CO., LTD. Address before: 510080 Dongfeng East Road, Dongfeng, Guangdong, Guangzhou, Zhejiang Province, No. 8 Patentee before: Electrical Power Research Institute of Guangdong Power Grid Corporation |