CN109213106A - A kind of unified platform production scheduling intellectual analysis decision control system and method - Google Patents
A kind of unified platform production scheduling intellectual analysis decision control system and method Download PDFInfo
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- CN109213106A CN109213106A CN201811231961.8A CN201811231961A CN109213106A CN 109213106 A CN109213106 A CN 109213106A CN 201811231961 A CN201811231961 A CN 201811231961A CN 109213106 A CN109213106 A CN 109213106A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/41865—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by job scheduling, process planning, material flow
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/32—Operator till task planning
- G05B2219/32252—Scheduling production, machining, job shop
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The invention discloses a kind of unified platform production scheduling intellectual analysis decision control system and methods, its components of system as directed includes data processing terminal, automatic hydrological system, host on-line monitoring system, electric energy system, display unit, production scheduling intellectual analysis decision control system, unit booting response time statistical analysis module, unit working efficiency monitors module on-line, unit operating condition monitors analysis module on-line, unit booting executive component safeguards aid decision unit, unit starting procedure response optimization aid decision unit, unit response time priority acccess control guide unit, unit efficiency preferentially regulates and controls guidance list and unit operating condition preferentially regulates and controls guide unit.The present invention can reduce the investment of manpower, reduce the working strength of staff, reduce the difficulty of electric power station operation and management, facilitate the ageing information for controlling unit components, reduce the set grid-connection time, reduce waste of the unit starting process to water resource.
Description
Technical field
The present invention relates to intelligent hydroelectric power plant's technology, specifically a kind of unified platform production scheduling intellectual analysis Decision Control
System and method.
Background technique
Water power many places in remote districts and with basin distributed quantity it is numerous, along with power station and unit it is large number of, cause
It needs to arrange a large amount of technical staff to carry out crew check work in each power station, not only increases the investment of human cost, and
And also increase difficulty to power management；On the other hand can not effectively grasp booting corresponding time of unit, operational efficiency and
The information such as operating conditions cause effectively enable the unit that the available machine time is fast, operational efficiency is high, operating condition is good, do not only result in machine
The group grid-connected time extends, wastes a large amount of water, and cannot effectively enable the unit that operational efficiency is high, working condition is good.
Patent No. CN201410813102.5 discloses a kind of integrated information platform system based on intelligent hydroelectric power plant,
The advantageous effect of the invention is to make multiple independent automation subsystem connections, constitutes real-time, organic unity entirety, is conducive to
The intelligent construction of hydroelectric power plant is promoted, realizes hydroelectric power plant's informationization and intelligence, but the invention does not propose to solve above-mentioned ask
The method or framework of topic.
Summary of the invention
In view of the deficiencies of the prior art, the present invention proposes one kind can reduce human input, and it is difficult to reduce electric power station operation and management
Degree reduces the set grid-connection time, reduces unit starting process to the unified platform production scheduling intellectual analysis of water resource waste
Decision control system and method.
To achieve the goals above, the invention adopts the following technical scheme:
A kind of unified platform production scheduling intellectual analysis decision control system, including data processing terminal, automatic hydrological system,
Host on-line monitoring system, electric energy system, display unit, production scheduling intellectual analysis decision control system, unit booting are rung
Statistical analysis module, unit working efficiency on-line monitoring module, unit operating condition on-line monitoring analysis module, unit booting between seasonable
Executive component maintenance aid decision unit, unit starting procedure response optimization aid decision unit, unit response time are preferentially controlled
Guide unit processed, unit efficiency preferentially regulate and control to instruct list and unit operating condition preferentially to regulate and control guide unit；
The data processing terminal, automatic hydrological system, host on-line monitoring system, electric energy system, display unit, unit
Response time statistical analysis module, unit working efficiency on-line monitoring module, the unit operating condition of being switched on monitor analysis module, machine on-line
Group booting executive component safeguards aid decision unit, unit starting procedure response optimization aid decision unit, unit response time
Priority acccess control guide unit, unit efficiency preferentially regulate and control guide unit, unit operating condition preferentially regulate and control guide unit respectively with it is described
Production scheduling intellectual analysis decision control system be connected；
The unit booting response time statistical analysis module is used to record the booting response time of each power station unit, and right
The unit booting response time is ranked up from short to long；
The unit working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to each unit
Working efficiency is ranked up from high to low；
The unit operating condition on-line monitoring analysis module records the floor data of each power station unit Oscillation Amplitude, and to each machine
The floor data of group is ranked up from small to large；
The unit booting executive component maintenance aid decision unit opens and closes the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element；
The unit starting procedure response optimization aid decision unit is according to prefabricated starting procedure model, binding member
Response time adjusts the opening sequence of starting procedure, opens the new journal unit new booting response time according to element,
New, the old booting response time for comparing unit booting, it is suitable to record new element unlatching if the new booting response time is shorter
Sequence process；
The booting response time order information of unit is delivered to production by the unit response time priority acccess control guide unit
Intellectual analysis decision control system is dispatched, then feeds back to data processing terminal, and preferentially opens booting response time short unit；
The unit efficiency preferentially regulates and controls guide unit and the working efficiency order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the unit that work efficiency is high；
The unit operating condition preferentially regulates and controls guide unit and the floor data order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the good unit of operating condition；
The data processing terminal presets the load of unit, and screens response time of unit, working efficiency or operating condition
Priority level, it is preferential to enable the unit that the response time is short, work efficiency is high or operating condition is good；Data processing terminal monitors in real time simultaneously
Unit load, working efficiency, operating condition automatically generate grid-connected unit load adjust automatically data in real time；
The display unit show height of water level, guide vane opening rate, Oscillation Amplitude numerical value, rotor speed numerical value, reactive power,
Active power, water-head, generated output, generating flow, the aging of element, booting response time shorter element opening sequence stream
The floor data sequence information data of journey, the booting response time sequence of unit, the working efficiency sequence and unit of unit.
As further technological improvement, unit booting the response time statistical analysis module, unit working efficiency
On-line monitoring module, unit operating condition on-line monitoring analysis module, unit booting executive component maintenance aid decision unit, unit are opened
Machine process response optimization aid decision unit, unit response time priority acccess control guide unit, unit efficiency preferentially regulate and control guidance
Single and unit operating condition preferentially regulates and controls guide unit and is integrated on production scheduling intellectual analysis decision control system respectively.
As a further explanation of the present invention, the automatic hydrological system includes ultrasonic water level gauge and rainfall detection dress
It sets；The rainfall detection device includes water inlet pipe, drainpipe and cylinder, and cylinder includes upper shell and lower shell；Described is upper
Cylinder and lower shell inside top are mounted on optical fiber water-level gauge, and the side at the top of upper shell and lower shell is mounted on into water
The side of pipe, exhaust pipe, upper shell and lower shell bottom is mounted on drainpipe；The upper end of the water inlet pipe is equipped with leakage
Bucket；Solenoid valve I is installed on the water inlet pipe at the funnel；Water pump is also equipped on the water inlet pipe；Described
Netted spheroid is fixed in funnel.
It is mounted on ultrasonic water level gauge in dam two sides, ultrasonic water level gauge is used to detect reservoir upstream and downstream water level, and
It will test reservoir upstream and downstream water level value and feed back to production scheduling intellectual analysis decision control system；The setting of rainfall detection device
The place of surrounding spaciousness in power station；
Upper shell and lower shell are hollow, enclosure space；Website sphere diameter is smaller than funnel upper end opening diameter and netted
Sphere is raised at funnel openings；During raining, solenoid valve I, the water pump being connected with upper shell are first opened, funnel can will be received
Collecting the rainwater vertically fallen, netted spheroid collects the rainwater for tilting and falling into funnel, and then water pump extracts the product rain in funnel,
And be stored in upper shell, when the height of water level value that light pricker water-level gauge feeds back to production scheduling intellectual analysis decision control system is big
When preset value, production scheduling intellectual analysis decision control system records the water level value in current upper shell, and controls closing
Solenoid valve I and water pump in upper shell, while opening the solenoid valve II of upper shell, solenoid valve I and water pump on lower shell, electromagnetism
Valve II is opened, so that the rainwater in upper shell is discharged, and lower shell starts to collect rainwater, until the light pricker water in lower shell
The height of water level value that position meter feeds back to production scheduling intellectual analysis decision control system is greater than preset value, then re-uses upper shell
Rainwater is collected, walks the rainwater in lower shell side by side, production scheduling intellectual analysis decision control system can recorde twenty four hours
Interior rainfall situation.
As a further explanation of the present invention, the host on-line monitoring system includes guide vane opening instrument, vibrating sensing
Device, power transducer and speed probe.Guide vane opening instrument, vibrating sensor, power transducer, speed probe with production
Scheduling intellectual analysis decision control system is electrically connected；Vibrating sensor is installed in the unit, vibrating sensor real-time detection unit
Oscillation Amplitude numerical value；Power transducer is mounted on the cable output end of unit, the output of power transducer real-time detection unit
Active power and reactive power numerical value；Speed probe is arranged in the unit, speed probe real-time detection unit rotor revolving speed
Situation；Guide vane opening instrument is arranged in power station unit, and guide vane opening instrument is able to detect the guide vane opening rate of unit.
As a further explanation of the present invention, the electric energy system is electric energy meter or Source of Gateway Meter.Electric energy meter or
Source of Gateway Meter is mounted in the output cord of unit, and electric energy meter or Source of Gateway Meter are capable of the electric flux number that real-time detection unit exports
Value.
As a further explanation of the present invention, the production scheduling intellectual analysis decision control system is host.Host
It is mainly responsible for and carries out data processing and data interaction.Production scheduling intellectual analysis decision control system is arranged in power station general headquarters computer room
In.
As a further explanation of the present invention, the display unit is display.Display unit is arranged in power station general headquarters
In computer room.
As a further explanation of the present invention, the data processing terminal is server；The host and server
Data interaction is carried out by communication network；Intelligent management cloud platform is established in the server；
The intelligent management cloud platform can sufficiently excavate creation data, counted, reported to real-time production data
Alert and storage is analyzed historical data and is handled, operation and maintenance production report is automatic using analysis software and strategy
It generates, running trend of the equipment automatically analyzes, and equipment runs intelligent early-warning and anticipation.Data processing terminal is arranged in power station general headquarters machine
Fang Zhong.
A kind of unified platform production scheduling intellectual analysis Decision Control method, comprising the following steps:
Step 1, the height of water level of automatic hydrological system real-time monitoring reservoir upstream and downstream trip, and the height of water level value that will test
Feed back to production scheduling intellectual analysis decision control system；The guide vane opening rate of host on-line monitoring system real-time monitoring unit,
Oscillation Amplitude numerical value, the reactive power of rotor speed numerical value and output and active power numerical value simultaneously feed back to production scheduling intelligence
It can analysis decision control system；Electric energy system real-time monitoring unit output electric energy numerical quantity simultaneously feeds back to production scheduling intelligence point
Analyse decision control system；
Step 2, production scheduling intellectual analysis decision control system are swum according to the upstream and downstream that automatic hydrological system feedback comes
Height of water level calculates water-head；Production scheduling intellectual analysis decision control system feeds back the electric energy to come according to electric energy system
Numerical quantity obtains the generated output of unit；Production scheduling intellectual analysis decision control system passes through the generating flow of unit, power generation
Power and water-head data operation go out the working efficiency of unit；
Step 3, unit booting response time statistical analysis module are used to record the booting response time of each power station unit, and
The unit booting response time is ranked up from short to long, then feeds back to production scheduling intellectual analysis decision control system；Unit
Working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to the working efficiency of each unit by height to
It is low to be ranked up, then feed back to production scheduling intellectual analysis decision control system；Unit operating condition monitors analysis module record on-line
The floor data of the Oscillation Amplitude of each power station unit, and the floor data of each unit is ranked up from small to large, then
Feed back to production scheduling intellectual analysis decision control system；
Step 4, unit booting executive component maintenance aid decision unit open and close the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element, and the ageing information of element is shown by display unit；
Unit starting procedure response optimization aid decision unit adjusts the opening sequence of each element, and new journal is opened according to element
The unit new booting response time, comparison unit booting new, the old booting response time, if the new booting response time compared with
It is short, then new element opening sequence process is recorded, and the shorter element unlatching of booting response time is shown by display unit
Sequence flow；
Step 5, unit response time priority acccess control guide unit are preferentially opened according to the booting response time sequence of unit
Machine response time short unit；Unit efficiency preferentially regulates and controls guide unit according to the working efficiency sequence of unit, preferentially opens work
Make high-efficient unit；Unit operating condition preferentially regulates and controls guide unit according to the floor data sequence of unit, and preferential unlatching operating condition is good
Unit；
Step 6 when instructing when data processing terminal assigns stationary power generation load, presets unit by data processing terminal
Load, and preferentially regulate and control to refer to by the response time of unit response time priority acccess control guide unit screening unit, unit efficiency
The priority level that the singly working efficiency of screening unit, unit operating condition preferentially regulate and control guide unit screening unit operating condition is led, then through life
The unit that the response time is short, work efficiency is high or operating condition is good can preferentially be enabled by producing scheduling intellectual analysis decision control system.
As a further explanation of the present invention, in step 2 unit working efficiency operation mode specifically:
It is wherein the working efficiency of unit；N is the generated output of unit, unit KW；H is water-head, and unit m, Q are power generation
Flow, unit m3/s；
The discharge record that high, medium and low water level is screened from the field data in a period, according to the water-head of record, generator
Generated output on power transducer, the working efficiency of unit is calculated by the operational formula of working efficiency, then is put and drawn scatter plot, is led to
Guo Dian group center opening relationships curve；
Using the water-head and generated output observed, looks into relation curve and obtain the working efficiency of unit.
As a further explanation of the present invention, by H, N, bring the working efficiency calculation formula of unit into:
Generating flow (generating flow at this time be instantaneous electric flow) can be obtained, by instantaneous electric flow can calculate day,
The moon, year generating flow.
Compared with prior art, the present invention have the utility model has the advantages that
1. the present invention monitors the state in power station by automatic hydrological system and host on-line monitoring system, the throwing of manpower can be reduced
Enter, reduces the working strength of staff, and pass through data processing terminal and production scheduling intellectual analysis decision control system
It is controlled, can reduce the difficulty of electric power station operation and management.
2. the present invention can effectively grasp the information such as booting corresponding time, operational efficiency and the operating conditions of unit, and
The unit for opening that the available machine time is fast, operational efficiency is high or operating condition is good can be screened, on the one hand can facilitate and control unit components
On the other hand ageing information can reduce the set grid-connection time and reduce waste of the unit starting process to water resource.
Detailed description of the invention
Fig. 1 is present system structure chart.
Fig. 2 is flow chart of the invention.
Fig. 3 is the structural schematic diagram of moderate rain amount detecting device of the present invention.
Appended drawing reference: 1- funnel, 2- solenoid valve I, 3- water inlet pipe, 4- water pump, 5- netted spheroid, 6- light pricker water-level gauge, 7-
Cylinder, 8- exhaust pipe, 9- solenoid valve II, 10- drainpipe.
Specific embodiment
The following further describes the present invention with reference to the drawings.
Embodiment:
A kind of unified platform production scheduling intellectual analysis decision control system, including data processing terminal, automatic hydrological system,
Host on-line monitoring system, electric energy system, display unit, production scheduling intellectual analysis decision control system, unit booting are rung
Statistical analysis module, unit working efficiency on-line monitoring module, unit operating condition on-line monitoring analysis module, unit booting between seasonable
Executive component maintenance aid decision unit, unit starting procedure response optimization aid decision unit, unit response time are preferentially controlled
Guide unit processed, unit efficiency preferentially regulate and control to instruct list and unit operating condition preferentially to regulate and control guide unit；
The data processing terminal, automatic hydrological system, host on-line monitoring system, electric energy system, display unit, unit
Response time statistical analysis module, unit working efficiency on-line monitoring module, the unit operating condition of being switched on monitor analysis module, machine on-line
Group booting executive component safeguards aid decision unit, unit starting procedure response optimization aid decision unit, unit response time
Priority acccess control guide unit, unit efficiency preferentially regulate and control guide unit, unit operating condition preferentially regulate and control guide unit respectively with it is described
Production scheduling intellectual analysis decision control system be connected；
The unit booting response time statistical analysis module is used to record the booting response time of each power station unit, and right
The unit booting response time is ranked up from short to long；
The unit working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to each unit
Working efficiency is ranked up from high to low；
The unit operating condition on-line monitoring analysis module records the floor data of each power station unit Oscillation Amplitude, and to each machine
The floor data of group is ranked up from small to large；
The unit booting executive component maintenance aid decision unit opens and closes the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element；
The unit starting procedure response optimization aid decision unit is according to prefabricated starting procedure model, binding member
Response time adjusts the opening sequence of starting procedure, opens the new journal unit new booting response time according to element,
New, the old booting response time for comparing unit booting, it is suitable to record new element unlatching if the new booting response time is shorter
Sequence process；
The booting response time order information of unit is delivered to production by the unit response time priority acccess control guide unit
Intellectual analysis decision control system is dispatched, then feeds back to data processing terminal, and preferentially opens booting response time short unit；
The unit efficiency preferentially regulates and controls guide unit and the working efficiency order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the unit that work efficiency is high；
The unit operating condition preferentially regulates and controls guide unit and the floor data order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the good unit of operating condition；
The data processing terminal presets the load of unit, and screens response time of unit, working efficiency or operating condition
Priority level, it is preferential to enable the unit that the response time is short, work efficiency is high or operating condition is good；Data processing terminal monitors in real time simultaneously
Unit load, working efficiency, operating condition automatically generate grid-connected unit load adjust automatically data in real time.
The automatic hydrological system includes ultrasonic water level gauge and rainfall detection device；The rainfall detection device packet
Water inlet pipe 3, drainpipe 10 and cylinder 7 are included, cylinder 7 includes upper shell and lower shell；The upper shell and lower shell medial roof
Portion is mounted on optical fiber water-level gauge, and the side at the top of upper shell and lower shell is mounted on water inlet pipe 3, exhaust pipe 8, upper shell
Drainpipe 10 is mounted on the side of lower shell bottom；The upper end of the water inlet pipe 3 is equipped with funnel 1；In the leakage
It struggles against and solenoid valve I 2 is installed on the water inlet pipe at 1；Water pump 4 is also equipped on the water inlet pipe 3；It is solid in the funnel 1
Surely it is equipped with netted spheroid 5.
It is mounted on ultrasonic water level gauge in dam two sides, ultrasonic water level gauge is used to detect reservoir upstream and downstream water level, and
It will test reservoir upstream and downstream water level value and feed back to production scheduling intellectual analysis decision control system；
Upper shell and lower shell are hollow, enclosure space；Website sphere diameter is smaller than 1 upper end opening diameter of funnel, and net
Shape sphere 5 is in funnel 1 opening protrusion；During raining, solenoid valve I 2, the water pump 4 being connected with upper shell, funnel 1 are first opened
The rainwater that collection can be vertically fallen, netted spheroid 5 collect the rainwater for tilting and falling into funnel 1, and then water pump 4 extracts leakage
Product rain in bucket 1, and be stored in upper shell, when light pricker water-level gauge 6 feeds back to production scheduling intellectual analysis decision control system
Height of water level value be greater than preset value when, production scheduling intellectual analysis decision control system records the water level in current upper shell
Value, and the solenoid valve I 2 and water pump 4 closed in upper shell are controlled, while opening the solenoid valve II 9 of upper shell, on lower shell
Solenoid valve I 2 and water pump 4, solenoid valve II 9 is opened, so that the rainwater in upper shell is discharged, and lower shell starts to collect rain
Water, until the height of water level value that the light pricker water-level gauge 6 in lower shell feeds back to production scheduling intellectual analysis decision control system is big
In preset value, then re-uses upper shell and collect rainwater, walk the rainwater in lower shell, production scheduling intellectual analysis decision control side by side
System processed can recorde the rainfall situation in twenty four hours.
The described unit booting response time statistical analysis module, unit working efficiency monitor module, unit operating condition on-line
On-line monitoring analysis module, unit booting executive component maintenance aid decision unit, unit starting procedure response optimization auxiliary are determined
Plan unit, unit response time priority acccess control guide unit, unit efficiency preferentially regulate and control to instruct list and unit operating condition preferentially to regulate and control
Guide unit is integrated in respectively on production scheduling intellectual analysis decision control system.
The host on-line monitoring system includes guide vane opening instrument, vibrating sensor, power transducer and revolution speed sensing
Device.
The electric energy system is electric energy meter or Source of Gateway Meter.
The production scheduling intellectual analysis decision control system is host.
The display unit is display.
The data processing terminal is server；The host and server carries out data friendship by communication network
Mutually.
A kind of unified platform production scheduling intellectual analysis Decision Control method, comprising the following steps:
Step 1, the height of water level of automatic hydrological system real-time monitoring reservoir upstream and downstream trip, and the height of water level value that will test
Feed back to production scheduling intellectual analysis decision control system；The guide vane opening rate of host on-line monitoring system real-time monitoring unit,
Oscillation Amplitude numerical value, the reactive power of rotor speed numerical value and output and active power numerical value simultaneously feed back to production scheduling intelligence
It can analysis decision control system；Electric energy system real-time monitoring unit output electric energy numerical quantity simultaneously feeds back to production scheduling intelligence point
Analyse decision control system；
Step 2, production scheduling intellectual analysis decision control system are swum according to the upstream and downstream that automatic hydrological system feedback comes
Height of water level calculates water-head；Production scheduling intellectual analysis decision control system feeds back the electric energy to come according to electric energy system
Numerical quantity obtains the generated output of unit；Production scheduling intellectual analysis decision control system passes through the generating flow of unit, power generation
Power and water-head data operation go out the working efficiency of unit；
Step 3, unit booting response time statistical analysis module are used to record the booting response time of each power station unit, and
The unit booting response time is ranked up from short to long, then feeds back to production scheduling intellectual analysis decision control system；Unit
Working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to the working efficiency of each unit by height to
It is low to be ranked up, then feed back to production scheduling intellectual analysis decision control system；Unit operating condition monitors analysis module record on-line
The floor data of the Oscillation Amplitude of each power station unit, and the floor data of each unit is ranked up from small to large, then
Feed back to production scheduling intellectual analysis decision control system；
Step 4, unit booting executive component maintenance aid decision unit open and close the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element, and the ageing information of element is shown by display unit；
Unit starting procedure response optimization aid decision unit adjusts the opening sequence of each element, and new journal is opened according to element
The unit new booting response time, comparison unit booting new, the old booting response time, if the new booting response time compared with
It is short, then new element opening sequence process is recorded, and the shorter element unlatching of booting response time is shown by display unit
Sequence flow；
Step 5, unit response time priority acccess control guide unit are preferentially opened according to the booting response time sequence of unit
Machine response time short unit；Unit efficiency preferentially regulates and controls guide unit according to the working efficiency sequence of unit, preferentially opens work
Make high-efficient unit；Unit operating condition preferentially regulates and controls guide unit according to the floor data sequence of unit, and preferential unlatching operating condition is good
Unit；
Step 6 when instructing when data processing terminal assigns stationary power generation load, presets unit by data processing terminal
Load, and preferentially regulate and control to refer to by the response time of unit response time priority acccess control guide unit screening unit, unit efficiency
The priority level that the singly working efficiency of screening unit, unit operating condition preferentially regulate and control guide unit screening unit operating condition is led, then through life
The unit that the response time is short, work efficiency is high or operating condition is good can preferentially be enabled by producing scheduling intellectual analysis decision control system.
Claims (9)
1. a kind of unified platform production scheduling intellectual analysis decision control system, it is characterised in that: including data processing terminal,
Automatic hydrological system, host on-line monitoring system, electric energy system, display unit, production scheduling intellectual analysis Decision Control system
System, unit booting response time statistical analysis module, unit working efficiency on-line monitoring module, the on-line monitoring analysis of unit operating condition
Module, unit booting executive component maintenance aid decision unit, unit starting procedure response optimization aid decision unit, unit are rung
Priority acccess control guide unit, unit efficiency preferentially regulate and control to instruct list and unit operating condition preferentially to regulate and control guide unit between seasonable；
The data processing terminal, automatic hydrological system, host on-line monitoring system, electric energy system, display unit, unit
Response time statistical analysis module, unit working efficiency on-line monitoring module, the unit operating condition of being switched on monitor analysis module, machine on-line
Group booting executive component safeguards aid decision unit, unit starting procedure response optimization aid decision unit, unit response time
Priority acccess control guide unit, unit efficiency preferentially regulate and control guide unit, unit operating condition preferentially regulate and control guide unit respectively with it is described
Production scheduling intellectual analysis decision control system be connected；
The unit booting response time statistical analysis module is used to record the booting response time of each power station unit, and right
The unit booting response time is ranked up from short to long；
The unit working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to each unit
Working efficiency is ranked up from high to low；
The unit operating condition on-line monitoring analysis module records the floor data of each power station unit Oscillation Amplitude, and to each machine
The floor data of group is ranked up from small to large；
The unit booting executive component maintenance aid decision unit opens and closes the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element；
The unit starting procedure response optimization aid decision unit is according to prefabricated starting procedure model, binding member
Response time adjusts the opening sequence of starting procedure, opens the new journal unit new booting response time according to element,
New, the old booting response time for comparing unit booting, it is suitable to record new element unlatching if the new booting response time is shorter
Sequence process；
The booting response time order information of unit is delivered to production by the unit response time priority acccess control guide unit
Intellectual analysis decision control system is dispatched, then feeds back to data processing terminal, and preferentially opens booting response time short unit；
The unit efficiency preferentially regulates and controls guide unit and the working efficiency order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the unit that work efficiency is high；
The unit operating condition preferentially regulates and controls guide unit and the floor data order information of unit is delivered to production scheduling intelligence
Analysis decision control system, then data processing terminal is fed back to, and preferentially open the good unit of operating condition；
The data processing terminal presets the load of unit, and screens response time of unit, working efficiency or operating condition
Priority level, it is preferential to enable the unit that the response time is short, work efficiency is high or operating condition is good；Data processing terminal monitors in real time simultaneously
Unit load, working efficiency, operating condition automatically generate grid-connected unit load adjust automatically data in real time.
2. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the automatic hydrological system includes ultrasonic water level gauge and rainfall detection device；The rainfall detection device include into
Water pipe (3), drainpipe (10) and cylinder (7), cylinder (7) includes upper shell and lower shell；In the upper shell and lower shell
Lateral roof is mounted on optical fiber water-level gauge, and the side at the top of upper shell and lower shell is mounted on water inlet pipe (3), exhaust pipe
(8), the side of upper shell and lower shell bottom is mounted on drainpipe (10)；The upper end of the water inlet pipe (3) is equipped with leakage
It struggles against (1)；Solenoid valve I (2) is installed on the water inlet pipe at the funnel (1)；Water is also equipped on the water inlet pipe (3)
It pumps (4)；Netted spheroid (5) are fixed in the funnel (1).
3. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the host on-line monitoring system includes guide vane opening instrument, vibrating sensor, power transducer and speed probe.
4. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the electric energy system is electric energy meter or Source of Gateway Meter.
5. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the production scheduling intellectual analysis decision control system is host.
6. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the display unit is display.
7. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 5, feature exist
In: the data processing terminal is server；The host and server carries out data interaction by communication network；Institute
Intelligent management cloud platform is established in the server stated；
The intelligent management cloud platform can sufficiently excavate creation data, counted, reported to real-time production data
Alert and storage is analyzed historical data and is handled, operation and maintenance production report is automatic using analysis software and strategy
It generates, running trend of the equipment automatically analyzes, and equipment runs intelligent early-warning and anticipation.
8. a kind of unified platform production scheduling intellectual analysis decision control system according to claim 1, feature exist
In: the unit is switched on, and response time statistical analysis module, unit working efficiency monitor module on-line, unit operating condition is supervised online
Survey analysis module, unit booting executive component maintenance aid decision unit, unit starting procedure response optimization aid decision unit,
Unit response time priority acccess control guide unit, unit efficiency preferentially regulate and control to instruct list and unit operating condition preferentially to regulate and control guide unit
It is integrated on production scheduling intellectual analysis decision control system respectively.
9. a kind of unified platform production scheduling intellectual analysis Decision Control method, which comprises the following steps:
Step 1, the height of water level of automatic hydrological system real-time monitoring reservoir upstream and downstream trip, and the height of water level value that will test
Feed back to production scheduling intellectual analysis decision control system；The guide vane opening rate of host on-line monitoring system real-time monitoring unit,
Oscillation Amplitude numerical value, the reactive power of rotor speed numerical value and output and active power numerical value simultaneously feed back to production scheduling intelligence
It can analysis decision control system；Electric energy system real-time monitoring unit output electric energy numerical quantity simultaneously feeds back to production scheduling intelligence point
Analyse decision control system；
Step 2, production scheduling intellectual analysis decision control system are swum according to the upstream and downstream that automatic hydrological system feedback comes
Height of water level calculates water-head；Production scheduling intellectual analysis decision control system feeds back the electric energy to come according to electric energy system
Numerical quantity obtains the generated output of unit；Production scheduling intellectual analysis decision control system passes through the generating flow of unit, power generation
Power and water-head data operation go out the working efficiency of unit；
Step 3, unit booting response time statistical analysis module are used to record the booting response time of each power station unit, and
The unit booting response time is ranked up from short to long, then feeds back to production scheduling intellectual analysis decision control system；Unit
Working efficiency on-line monitoring module is used to record the working efficiency of each power station unit, and to the working efficiency of each unit by height to
It is low to be ranked up, then feed back to production scheduling intellectual analysis decision control system；Unit operating condition monitors analysis module record on-line
The floor data of the Oscillation Amplitude of each power station unit, and the floor data of each unit is ranked up from small to large, then
Feed back to production scheduling intellectual analysis decision control system；
Step 4, unit booting executive component maintenance aid decision unit open and close the opening and closing response time of each element and history
Time compares, and judges the aging and defect situation of element, and the ageing information of element is shown by display unit；
Unit starting procedure response optimization aid decision unit adjusts the opening sequence of each element, and new journal is opened according to element
The unit new booting response time, comparison unit booting new, the old booting response time, if the new booting response time compared with
It is short, then new element opening sequence process is recorded, and the shorter element unlatching of booting response time is shown by display unit
Sequence flow；
Step 5, unit response time priority acccess control guide unit are preferentially opened according to the booting response time sequence of unit
Machine response time short unit；Unit efficiency preferentially regulates and controls guide unit according to the working efficiency sequence of unit, preferentially opens work
Make high-efficient unit；Unit operating condition preferentially regulates and controls guide unit according to the floor data sequence of unit, and preferential unlatching operating condition is good
Unit；
Step 6 when instructing when data processing terminal assigns stationary power generation load, presets unit by data processing terminal
Load, and preferentially regulate and control to refer to by the response time of unit response time priority acccess control guide unit screening unit, unit efficiency
The priority level that the singly working efficiency of screening unit, unit operating condition preferentially regulate and control guide unit screening unit operating condition is led, then through life
The unit that the response time is short, work efficiency is high or operating condition is good can preferentially be enabled by producing scheduling intellectual analysis decision control system.
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