CN102064883A - Operational decision making system of lumped control multi-type heterogeneous electricity communication network - Google Patents
Operational decision making system of lumped control multi-type heterogeneous electricity communication network Download PDFInfo
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- CN102064883A CN102064883A CN2010102653112A CN201010265311A CN102064883A CN 102064883 A CN102064883 A CN 102064883A CN 2010102653112 A CN2010102653112 A CN 2010102653112A CN 201010265311 A CN201010265311 A CN 201010265311A CN 102064883 A CN102064883 A CN 102064883A
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Abstract
The invention provides an operational decision making system of a lumped control multi-type heterogeneous electricity communication network, belonging to the fields of communication network and electricity. The system comprises a master control board, an order wire board, a clock board, a light group circuit board, an electrical group circuit board, a cross connection plate, an optical cable overhauling execution controller, an equipment overhauling execution controller and a central controller. The operational decision making system of the lumped control multi-type heterogeneous electricity communication network provided by the invention realizes lumped management of operational states of multiple heterogeneous type communication networks, fault comprehensive adjustment and location and overall optimization configuration of network resource, operation of an electricity communication network in which multiple heterogeneous sub networks operate synchronously is systematically simplified, difficulty of operation and maintenance is reduced, development cycle of network construction is shortened, fault of the electricity communication network can be conveniently, logically and visually analyzed by a manager, and a decision making scheme can be conveniently made by a decision maker.
Description
Technical field
The present invention relates to communication network field and power domain, particularly a kind of operational decisions system of lump control polymorphic type isomery powerline network.
Background technology
In the face of the global problem of energy scarcity, environmental pollution and guarantee energy resource supply, the efficient utilization of the energy is paid much attention to by countries in the world.China also proposes to cultivate intelligent grid, the emerging industry of low-carbon (LC) innovation as national development strategy.
Power industry develop into the important step that concerns national energy security and economic development.Along with the raising of power automation degree, paid much attention to as construction, development and the management of the powerline network of its system support.Therefore how the communication technology of uses advanced, is effectively built and efficient managing power communication network at unified plan, realizes becoming the important research problem that guarantees the efficient sustainable development of power industry towards the communications network service of the many demands of intelligent grid.
The inventor finds that there is following shortcoming and defect at least in above-mentioned prior art in realizing process of the present invention:
Because actual powerline network annexation complexity, the network topology structure diversity, the optical cable multiplexed situation is many, diversity (the jumper connection that the light core connects, T connects etc.), and because development of Communication Technique and interimly build and transform, powerline network is made up of a plurality of isomery type subnets, each subnet has comprised diversity equipment, and each devices interconnect relation is also complicated; Simultaneously, because a variety of causes, for example: damage the ground cable that causes naturally and intake, the artificial origin causes hangs up etc., communication failure can often occur; And, also need artificially to change equipment component sometimes or light path is extended or transformed in construction period.These reasons cause grasping the connection of powerline network comprehensively and actual operating is that become and complicated difficulty, have finally increased the construction cycle and the operation maintenance difficulty of networking.
Summary of the invention
In order to realize the lump management under a plurality of isomery type communications network running statuses, fault comprehensive is judged and the location, and the global optimization of Internet resources configuration, simplify the powerline network of a plurality of isomery subnet synchronous operation operation, reduce the operation maintenance difficulty, shorten networking construction cycle, make things convenient for administrative staff to the planning strategies for of powerline network, intuitively analysis of failure, make things convenient for the policymaker to formulate decision scheme, the invention provides a kind of operational decisions system of lump control polymorphic type isomery powerline network, described system comprises:
Master control borad, Order wire unit, clock board, light group road plate, electricity group road plate, interconnection plate, optical cable maintenance implementation controller, overhaul of the equipments implementation controller and master controller;
The employed multi-channel optical fibre of the power telecom network of a plurality of isomeries inserts respectively in the plate of a plurality of described light groups road, the correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that described light group road plate provides based on described clock board; Described light group road plate is connected by described interconnection plate with described electricity group road plate realizes that light signal is to electrical signal conversion; Described electricity group road plate is connected with described master controller, by described master control borad control the fault signal of telecommunication is uploaded to described master controller; Described master controller receives the fault signal of telecommunication, carries out power telecom network elementary cell operational failure analysis function, fault location optical cable and/or faulty equipment; After fault optical cable and/or faulty equipment are eliminated, it is normal that light path is recovered, then by corresponding described light group road plate, described interconnection plate, described electricity group road plate, described master control borad, and it is collaborative by described clock board, to recover the signal of telecommunication and be sent to described master controller, after described master controller is carried out the fault recovery function, be issued to corresponding Order wire unit record, finish the fault recovery action; Simultaneously, described Order wire unit provides voice frequency telephone interface and automatic fault record, realizes public affair contact and fault record;
Wherein, the action of fault location optical cable and/or faulty equipment comprises: when described master controller obtains the fault signal of telecommunication, according to the unique ID fault location of the light path light path in the described fault signal of telecommunication; Whether the residue light path of judging the affiliated optical cable of described fault light path exists fault, if, described master controller issues the described optical cable maintenance implementation controller of the Cable's Fault signal of telecommunication to the optical cable correspondence, carries out the optical cable maintenance after described optical cable maintenance implementation controller receives the described fault signal of telecommunication; If not, the light outlets fault signal of telecommunication is to the described overhaul of the equipments implementation controller of optical cable correspondence under the described master controller, and described overhaul of the equipments implementation controller carries out light mouth recovery action after receiving the described light mouth fault signal of telecommunication; Wherein, finishing the fault recovery action comprises: when described master controller obtains the recovery signal of telecommunication, be optical cable ID if recover in the signal of telecommunication, then locate described fault optical cable; Judge whether the corresponding residue of each the light path jumper connection mode light path of using current optical cable exists fault, if, described master controller is indicated and is had fault, the optical cable of fault location light path, to comprise the described maintenance implementation controller that reaches the optical cable correspondence under the recovery signal of telecommunication of existing fault location optical cable, carry out the maintenance of work optical cable; If not, described master controller is indicated and is not had fault, the recovery signal of telecommunication optical cable ID that receives is duplicated generate the new recovery signal of telecommunication, and be issued to the Order wire unit record of optical cable correspondence, finishes the fault recovery action; In the recovery signal of telecommunication that described master controller obtains, be faulty equipment ID, fault location equipment then, the recovery signal of telecommunication device id that receives is duplicated the new recovery signal of telecommunication of generation, and the Order wire unit that is issued to the faulty equipment correspondence is noted down, finish the fault recovery action of faulty equipment, the transport service that the residue light path of optical cable belongs to same subnet or carries other isomery communicator networks under the described fault light path.
Described light group road plate is connected by described interconnection plate with described electricity group road plate realizes that light signal to electrical signal conversion, is specially:
Described interconnection plate is corresponding with described electricity group road plate electric level interface with described light group road plate light mouth, and when described light group road plate generation light signal, light signal is converted into the signal of telecommunication through described interconnection plate.
The correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that described light group road plate provides based on described clock board is specially:
If in the interval, luminous end equipment does not receive the confirmation light signal, then confirms the light path fault, sends light path fault light signal backward at the appointed time.
The described fault signal of telecommunication specifically comprises: the fault synchronised clock that fault optical fiber ID, fault optical fiber are received light device ID, fault optical fiber luminaire ID, fault light mouth ID, fault type and described clock board to be provided stabs.
The beneficial effect of technical scheme provided by the invention is:
The operational decisions system of lump control polymorphic type isomery powerline network provided by the invention has realized the lump management under a plurality of isomery type communications network running statuses, and fault comprehensive is judged and the location, and the configuration of the global optimization of Internet resources.System simplification the synchronous operation of a plurality of isomery subnet powerline network operation, reduced the operation maintenance difficulty, shortened networking construction cycle, made things convenient for administrative staff to the planning strategies for of powerline network, intuitively analysis of failure, make things convenient for the policymaker to formulate decision scheme; Realized powerline network equipment, resource digital management; Robustness analysis to existing operational mode.
Description of drawings
Fig. 1 is the structure chart of the operational decisions system of lump control polymorphic type isomery powerline network provided by the invention;
Fig. 2 is the structural representation of interconnection plate provided by the invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, embodiment of the present invention is described further in detail below in conjunction with accompanying drawing.
In order to realize the lump management under a plurality of isomery type communications network running statuses, fault comprehensive is judged and the location, and the global optimization of Internet resources configuration, simplify the operation of the powerline network of a plurality of isomery subnet synchronous operation, reduce the operation maintenance difficulty, shorten the construction cycle of networking, make things convenient for administrative staff's planning strategies for to powerline network, analysis of failure intuitively, make things convenient for the policymaker to formulate decision scheme, the embodiment of the invention provides a kind of operational decisions system of lump control polymorphic type isomery powerline network, referring to Fig. 1, this system comprises: master control borad, Order wire unit, clock board, light group road plate, electricity group road plate, the interconnection plate, optical cable maintenance implementation controller, overhaul of the equipments implementation controller and master controller;
The employed multi-channel optical fibre of the power telecom network of a plurality of isomeries inserts respectively in the plate of a plurality of light groups road, the correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that light group road plate provides based on clock board; Light group road plate is connected by the interconnection plate with electricity group road plate realizes that light signal is to electrical signal conversion; Electricity group road plate is connected with master controller, by master control borad control the fault signal of telecommunication is uploaded to master controller; Master controller receives the fault signal of telecommunication, carries out power telecom network elementary cell operational failure analysis function, fault location optical cable and/or faulty equipment; After fault optical cable and/or faulty equipment are eliminated, it is normal that light path is recovered, then by corresponding light group road plate, interconnection plate, electricity group road plate, master control borad, and it is collaborative by clock board, to recover the signal of telecommunication and be sent to master controller, after master controller is carried out the fault recovery function, be issued to corresponding Order wire unit record, finish the fault recovery action; Simultaneously, Order wire unit provides voice frequency telephone interface and automatic fault record, realizes public affair contact and fault record.
Further, the correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that light group road plate provides based on clock board is specially:
If in the interval, luminous end equipment does not receive the confirmation light signal, then confirms the light path fault, sends light path fault light signal backward at the appointed time.
Further, light group road plate is connected the realization light signal to electrical signal conversion with electricity group road plate by the interconnection plate, is specially:
The interconnection plate is corresponding with electricity group road plate electric level interface with light group road plate light mouth, and when light group road plate generation light signal, light signal is converted into the signal of telecommunication through the interconnection plate.
Further, electricity group road plate is connected with master controller, by master control borad control the electricity group road plate fault signal of telecommunication is uploaded to master controller.
Wherein, the fault signal of telecommunication specifically comprises: the fault synchronised clock that fault optical fiber ID, fault optical fiber are received light device ID, fault optical fiber luminaire ID, fault light mouth ID, fault type and clock board to be provided stabs.
Further, master controller receives the fault signal of telecommunication, carries out power telecom network elementary cell operational failure analysis function, and the fault location optical cable is specially:
When the center controller obtains the fault signal of telecommunication, according to the unique ID fault location of the light path in fault signal of telecommunication light path; Owing to be that the polylith master control borad inserts master controller, and the corresponding polylith light of each master control borad group road plate, so master controller can once receive many fault instructions, can analyze a plurality of fault light paths simultaneously, judge the fault location optical cable by many fault light path informixs, whether the residue light path of optical cable exists fault (transport service that these residue light paths belong to same subnet or carry other isomery communicator networks) under the failure judgement light path, if, master controller issues the optical cable maintenance implementation controller of the Cable's Fault signal of telecommunication to the optical cable correspondence, and optical cable maintenance implementation controller carries out the optical cable maintenance after receiving the fault signal of telecommunication; If not, the light outlets fault signal of telecommunication is to optical cable corresponding equipment maintenance implementation controller under the master controller, and the overhaul of the equipments implementation controller carries out light mouth recovery action after receiving the light mouth fault signal of telecommunication.
Further, this system also realizes fault recovery: after fault optical cable and/or faulty equipment are eliminated, it is normal that light path is recovered, work in coordination with then by corresponding light group road plate, interconnection plate, electricity group road plate, master control borad, and by clock board, will recover the signal of telecommunication and be sent to master controller, after master controller is carried out the fault recovery function, be issued to corresponding Order wire unit record, finish the fault recovery action, be specially:
When the center controller obtains the recovery signal of telecommunication, be optical cable ID if recover in the signal of telecommunication, fault location optical cable then; Judge whether the corresponding residue of each the light path jumper connection mode light path of using current optical cable exists fault (transport service that these residue light paths belong to same subnet or carry other isomery communicator networks), if, master controller is indicated and is had fault, the optical cable of fault location light path, to comprise the maintenance implementation controller that reaches the optical cable correspondence under the recovery signal of telecommunication of existing fault location optical cable, carry out the maintenance of work optical cable; If not, master controller is indicated and is not had fault, the recovery signal of telecommunication optical cable ID that receives is duplicated generate the new recovery signal of telecommunication, and be issued to the Order wire unit record of optical cable correspondence, finishes the fault recovery action.
In the recovery signal of telecommunication that the center controller obtains, be faulty equipment ID, fault location equipment then, the recovery signal of telecommunication device id that receives is duplicated the new recovery signal of telecommunication of generation, and be issued to the Order wire unit record of faulty equipment correspondence, finish the fault recovery action of faulty equipment.
Wherein, recover the signal of telecommunication and specifically comprise: restorer type (optical cable ID/ device id), fault optical cable attribute, the fault synchronised clock that restorer attribute and clock board provide stabs.
Wherein, master controller can be controlled a plurality of isomery power communication sub-networks simultaneously and realize operational decisions, and for example: among Fig. 1, master controller can be controlled the power communication sub-network of n isomery type, and the value of n is a positive integer.
Power telecom network elementary cell in system comprises: communication site, various types of communication equipment, all kinds of optical cable/optical fiber, cable splice closure etc.The attribute of power telecom network elementary cell can be set according to the applicable cases of reality, and for example: the attribute of optical cable mainly comprises cable length, fiber cable type, core number, optical cable title, starting point, terminal point, connector box sum, attenuation and Cable's Fault sign etc.; Device attribute mainly comprises device type, the equipment place, and light mouth number/actual practical light mouth number, time and equipment fault sign etc. put into operation; The shaft tower attribute mainly comprises shaft tower name, remarks etc.; The light path attribute mainly comprises light path title, starting point, terminal point, used optical fiber, light path failure identification etc.
Wherein, the interconnection plate is referring to Fig. 2, the optical coupler of a plurality of light signals that insert from light group road plate by separately, become the analog quantity signal of telecommunication, amplify through amplifier subsequently, A/D converter generates the digital quantity signal of telecommunication to analog quantity shaping and analog-to-digital conversion, inserts in the arithmetic and control unit, arithmetic and control unit is by master control borad control (and assist in synchronization clock is provided by clock board), and generation can be by the signal of telecommunication of electricity group road plate identification.
In sum, the embodiment of the invention provides a kind of operational decisions system of lump control polymorphic type isomery powerline network, realized lump management under a plurality of isomery type communications network running statuses by this system, fault comprehensive is judged and the location, and the global optimization of Internet resources configuration, system simplification the operation of powerline network of a plurality of isomery subnet synchronous operation, reduced the operation maintenance difficulty, shortened the construction cycle of networking, made things convenient for administrative staff's planning strategies for to powerline network, analysis of failure intuitively, make things convenient for the policymaker to formulate decision scheme; Realized powerline network equipment, the digitized management of resource; Robustness analysis to existing operational mode.
It will be appreciated by those skilled in the art that accompanying drawing is the schematic diagram of a preferred embodiment, the invention described above embodiment sequence number is not represented the quality of embodiment just to description.
The above only is preferred embodiment of the present invention, and is in order to restriction the present invention, within the spirit and principles in the present invention not all, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (4)
1. the operational decisions system of lump control polymorphic type isomery powerline network, it is characterized in that described system comprises: master control borad, Order wire unit, clock board, light group road plate, electricity group road plate, interconnection plate, optical cable maintenance implementation controller, overhaul of the equipments implementation controller and master controller;
The employed multi-channel optical fibre of the power telecom network of a plurality of isomeries inserts respectively in the plate of a plurality of described light groups road, the correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that described light group road plate provides based on described clock board; Described light group road plate is connected by described interconnection plate with described electricity group road plate realizes that light signal is to electrical signal conversion; Described electricity group road plate is connected with described master controller, by described master control borad control the fault signal of telecommunication is uploaded to described master controller; Described master controller receives the fault signal of telecommunication, carries out power telecom network elementary cell operational failure analysis function, fault location optical cable and/or faulty equipment; After fault optical cable and/or faulty equipment are eliminated, it is normal that light path is recovered, then by corresponding described light group road plate, described interconnection plate, described electricity group road plate, described master control borad, and it is collaborative by described clock board, to recover the signal of telecommunication and be sent to described master controller, after described master controller is carried out the fault recovery function, be issued to corresponding Order wire unit record, finish the fault recovery action; Simultaneously, described Order wire unit provides voice frequency telephone interface and automatic fault record, realizes public affair contact and fault record;
Wherein, the action of fault location optical cable and/or faulty equipment comprises: when described master controller obtains the fault signal of telecommunication, according to the unique ID fault location of the light path light path in the described fault signal of telecommunication; Whether the residue light path of judging the affiliated optical cable of described fault light path exists fault, if, described master controller issues the described optical cable maintenance implementation controller of the Cable's Fault signal of telecommunication to the optical cable correspondence, carries out the optical cable maintenance after described optical cable maintenance implementation controller receives the described fault signal of telecommunication; If not, the light outlets fault signal of telecommunication is to the described overhaul of the equipments implementation controller of optical cable correspondence under the described master controller, and described overhaul of the equipments implementation controller carries out light mouth recovery action after receiving the described light mouth fault signal of telecommunication; Wherein, finishing the fault recovery action comprises: when described master controller obtains the recovery signal of telecommunication, be optical cable ID if recover in the signal of telecommunication, then locate described fault optical cable; Judge whether the corresponding residue of each the light path jumper connection mode light path of using current optical cable exists fault, if, described master controller is indicated and is had fault, the optical cable of fault location light path, to comprise the described maintenance implementation controller that reaches the optical cable correspondence under the recovery signal of telecommunication of existing fault location optical cable, carry out the maintenance of work optical cable; If not, described master controller is indicated and is not had fault, the recovery signal of telecommunication optical cable ID that receives is duplicated generate the new recovery signal of telecommunication, and be issued to the Order wire unit record of optical cable correspondence, finishes the fault recovery action; In the recovery signal of telecommunication that described master controller obtains, be faulty equipment ID, fault location equipment then, the recovery signal of telecommunication device id that receives is duplicated the new recovery signal of telecommunication of generation, and the Order wire unit that is issued to the faulty equipment correspondence is noted down, finish the fault recovery action of faulty equipment, the transport service that the residue light path of optical cable belongs to same subnet or carries other isomery communicator networks under the described fault light path.
2. the operational decisions system of lump control polymorphic type isomery powerline network according to claim 1 is characterized in that, described light group road plate is connected by described interconnection plate with described electricity group road plate realizes that light signal to electrical signal conversion, is specially:
Described interconnection plate is corresponding with described electricity group road plate electric level interface with described light group road plate light mouth, and when described light group road plate generation light signal, light signal is converted into the signal of telecommunication through described interconnection plate.
3. the operational decisions system of lump control polymorphic type isomery powerline network according to claim 1 is characterized in that the correctness that light signal is received and dispatched in the synchronizing clock signals monitoring that described light group road plate provides based on described clock board is specially:
If in the interval, luminous end equipment does not receive the confirmation light signal, then confirms the light path fault, sends light path fault light signal backward at the appointed time.
4. the operational decisions system of lump control polymorphic type isomery powerline network according to claim 1, it is characterized in that the described fault signal of telecommunication specifically comprises: the fault synchronised clock that fault optical fiber ID, fault optical fiber are received light device ID, fault optical fiber luminaire ID, fault light mouth ID, fault type and described clock board to be provided stabs.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102653112A CN102064883B (en) | 2010-08-27 | 2010-08-27 | Operational decision making system of lumped control multi-type heterogeneous electricity communication network |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010102653112A CN102064883B (en) | 2010-08-27 | 2010-08-27 | Operational decision making system of lumped control multi-type heterogeneous electricity communication network |
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| CN102064883A true CN102064883A (en) | 2011-05-18 |
| CN102064883B CN102064883B (en) | 2013-03-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104794870A (en) * | 2015-04-22 | 2015-07-22 | 国家电网公司 | Electric power optical cable maintenance pre-warning system and method |
Citations (3)
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| WO2004091113A1 (en) * | 2003-04-08 | 2004-10-21 | Acn Advanced Communications Networks Sa | System and method for data communication over power lines |
| CN1756112A (en) * | 2004-09-29 | 2006-04-05 | 阿尔卑斯电气株式会社 | Method for monitoring power line communication network status |
| CN1897476A (en) * | 2005-07-15 | 2007-01-17 | 船井电机株式会社 | Security system and monitoring method using power line communication technology |
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2010
- 2010-08-27 CN CN2010102653112A patent/CN102064883B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2004091113A1 (en) * | 2003-04-08 | 2004-10-21 | Acn Advanced Communications Networks Sa | System and method for data communication over power lines |
| CN1756112A (en) * | 2004-09-29 | 2006-04-05 | 阿尔卑斯电气株式会社 | Method for monitoring power line communication network status |
| CN1897476A (en) * | 2005-07-15 | 2007-01-17 | 船井电机株式会社 | Security system and monitoring method using power line communication technology |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104794870A (en) * | 2015-04-22 | 2015-07-22 | 国家电网公司 | Electric power optical cable maintenance pre-warning system and method |
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