CN108829064A - A kind of energy Internet advertising distribution energy source station cooperative control system and method - Google Patents
A kind of energy Internet advertising distribution energy source station cooperative control system and method Download PDFInfo
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- CN108829064A CN108829064A CN201810758376.7A CN201810758376A CN108829064A CN 108829064 A CN108829064 A CN 108829064A CN 201810758376 A CN201810758376 A CN 201810758376A CN 108829064 A CN108829064 A CN 108829064A
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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], 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], 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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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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]
Abstract
The present invention relates to a kind of energy Internet advertising distribution energy source station cooperative control system and method, system includes leader's intelligent body of three levels and person who is led's intelligent body of two levels；Level-one leader's intelligent body is the energy management center of the affiliated energy internet of distributed busbar protection, is responsible for the power-balance of the entire energy internet of cooperative scheduling；Second level leader's intelligent body is the distributed busbar protection under energy internet environment, responds the dispatch command at energy management center；Three-level leader's intelligent body is the programmable logic controller (PLC) in distributed busbar protection, controls the coordination control strategy of technique subsystem and its constitution equipment；Level-one person who is led's intelligent body is the technique subsystem of distributed busbar protection；Second level person who is led's intelligent body is the intelligent equipment in distributed busbar protection.Compared with prior art, the present invention provides cooperative control system and method based on 5 level intelligent bodies, ensured that distributed busbar protection high quality in energy internet environment energizes.
Description
Technical field
The present invention relates to distributed busbar protection Collaborative Control technologies, more particularly, to a kind of energy Internet advertising distribution energy
It stands cooperative control system and method.
Background technique
Distributed busbar protection based on the design of natural gas cold, heat and electricity triple supply is played the part of emphatically in China's energy supply system
Want role, it is considered to be the new direction of energy industry development in 20 years following.For the development for further promoting distributed busbar protection,
From 2000,《Regulation about Cogeneration》,《About the instruction for developing the Distribution of Natural formula energy》With《It
Right gas distributed energy demonstrative project detailed rules for the implementation》The distributed energy development policies of equal State-levels is promulgated successively, helps power
Degree is gradually reinforced.Simultaneously as how more distributed busbar protection is related to hot and cold, electric, natural gas general energy complementation, so
Add it is safe and reliable, neatly distributed busbar protection is controlled, to distributed busbar protection popularization and application have profound meaning
Justice.
With the variation of idea of development and the development of the network information technology, distributed busbar protection successively experienced two development
Stage.First stage is cold, heat and electricity triple supply energy source station, and the energy source station in the stage mainly pays attention to the side by UTILIZATION OF VESIDUAL HEAT IN
Formula improves the primary energy utilization ratio of the energy source station.Second stage is distributed busbar protection, and the energy source station in the stage more fills
Hot and cold, electric, the general energy complementation of natural gas inside energy source station and between energy source station are overweighted, the energy of its locating energy network is improved
Utilization rate has significant energy Internet characteristics.Therefore, the association of distributed busbar protection Yu energy internet compatibility can be improved
It is the key point of distributed busbar protection Collaborative Control technological progress with control method.
Summary of the invention
It is an object of the present invention to overcome the above-mentioned drawbacks of the prior art and provide a kind of energy internets point
Cloth energy source station cooperative control system and method.
The purpose of the present invention can be achieved through the following technical solutions：
A kind of energy Internet advertising distribution energy source station cooperative control system, including level-one leader intelligent body, second level leader
Person's intelligent body, three-level leader intelligent body, level-one person who is led intelligent body and second level person who is led's intelligent body；The level-one leader
Person's intelligent body is the energy management center of the affiliated energy internet of distributed busbar protection, is responsible for the entire energy internet of cooperative scheduling
Power-balance；The second level leader intelligent body includes multiple distributed busbar protections in energy internet, responds energy pipe
The dispatch command at reason center；The three-level leader intelligent body includes multiple Programmable logical controllers in distributed busbar protection
Device controls technique subsystem and its constitution equipment by coordination control strategy；The level-one person who is led intelligent body includes distribution
Multiple technique subsystems of formula energy source station；The second level person who is led intelligent body includes multiple intelligences in distributed busbar protection
Equipment.
Preferably, the multiple technique subsystem includes internal combustion engine lithium bromide machine technique subsystem, gas turbine lithium bromide
Machine technique subsystem, air source heat pump technique subsystem, centrifugation heat pump technology subsystem, centrifugation cold technique subsystem, big storage
It can water pot technique subsystem, cooling tower process subsystem, superposition type heating technique subsystem, moisturizing technique subsystem and user
It stands.
Preferably, the multiple intelligent equipment includes internal combustion engine generator group, Gas Turbine Generating Units, lithium bromide machine
Group, net for air-source heat pump units, centrifugation heat pump unit, centrifugal refrigerating machines, big energy storage water tank, cooling tower unit, small pump, one
Secondary pump, secondary pump, energy source station valve and subscriber station valve.
Preferably, the level-one leader intelligent body, second level leader's intelligent body, three-level leader intelligent body, level-one quilt
Leader's intelligent body and second level person who is led's intelligent body are all obtained by agent based modeling.
A kind of control method carried out using above-mentioned energy Internet advertising distribution energy source station cooperative control system, including：
The level-one leader Agent coordination dispatches the energy supply of the second level leader intelligent body and uses energy power, described
Distributed busbar protection controls respective three-level leader intelligent body, the three-level leader intelligent body in second level leader's intelligent body
Multiple technique subsystems and second level person who is led intelligence in level-one person who is led's intelligent body described in Collaborative Control respectively
Multiple intelligent equipments in body.
Preferably, the level-one leader Agent coordination dispatches the energy supply of the second level leader intelligent body and uses energy function
The process of rate includes：
The level-one leader intelligent body receives the power-balance request of heavily loaded intelligent body in second level leader intelligent body, presses
According to the screening rule of setting, from second level leader's intelligent body that level-one leader's intelligent body is controlled selection underloading intelligent body into
Row response, realize energy internet in distributed busbar protection station between power-balance；The heavy duty intelligent body is that energy supply is greater than use
The distributed busbar protection of energy can be set, the underloading intelligent body is that energy supply is less than with the distributed busbar protection that can set energy.
Preferably, data are called to carry out mutually between multiple programmable logic controller (PLC)s in the three-level leader intelligent body
Logic control and calculation process are latched mutually between multiple technique subsystems of the level-one person who is led intelligent body, described two
It is interknited between multiple intelligent equipments of grade person who is led's intelligent body.
Compared with prior art, the present invention has the following advantages that：
1, Collaborative Control is carried out based on multiple agent model, except normal procedure intelligent optimization algorithm, by Collaborative Control algorithm
It is introduced among the cooperative control method of distributed busbar protection, has widened the control range of distributed busbar protection, for example, available
Tracking synchronized algorithm and adjusting synchronized algorithm adjust the operating parameter of each distributed energy equipment in real time, have ensured distributed energy
The high quality in energy internet environment of standing energizes and energy balance.
2, the characteristics of making full use of distributed energy equipment high-intelligentization improves distributed energy under energy internet environment
The intelligence degree for entirety of standing, and distributed busbar protection is made to have the characteristics of open and flexibility, it is mutual with the energy to enhance it
Compatibility between networking.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of distributed busbar protection multi-agent system under energy internet environment in embodiment；
Fig. 2 is the process flow chart of distributed busbar protection under energy internet environment in embodiment；
Fig. 3 is the schematic diagram that level-one person who is led's intelligent body is centrifuged cold technique subsystem model in embodiment；
Fig. 4 is the flow chart that cold technique subsystem coordination control strategy is centrifuged in embodiment；
Fig. 5 is the control instruction and its state transfer relationship figure that cold technique subsystem is centrifuged in embodiment；
Fig. 6 is the schematic diagram of second level person who is led's intelligent body blower fan of cooling tower model in embodiment；
Fig. 7 is the flow chart of Collaborative Control between Winter heat supply operating condition next stage person who is led's intelligent body in embodiment；
Fig. 8 is the flow chart of Collaborative Control between summer cooling operating mode next stage person who is led's intelligent body in embodiment；
Fig. 9 is the big energy-storing water tank technique subsystem charging Collaborative Control of level-one person who is led's intelligent body in embodiment
Flow chart；
Figure 10 is the big energy-storing water tank technique subsystem accumulation of heat operating condition Collaborative Control of level-one person who is led's intelligent body in embodiment
Flow chart；
Figure 11 is that the big energy-storing water tank technique subsystem of level-one person who is led's intelligent body releases cold operating condition Collaborative Control in embodiment
Flow chart；
Figure 12 is the big energy-storing water tank technique subsystem heat release operating condition Collaborative Control of level-one person who is led's intelligent body in embodiment
Flow chart；
Figure 13 is that level-one person who is led's intelligent body is centrifuged cold refrigeration process subsystem starting Collaborative Control in embodiment
Flow chart；
Figure 14 is that level-one person who is led's intelligent body is centrifuged cold refrigeration process subsystem stopping Collaborative Control in embodiment
Flow chart；
Figure 15 is that level-one person who is led's intelligent body is centrifuged heat pump refrigeration process subsystem starting Collaborative Control in embodiment
Flow chart；
Figure 16 is that level-one person who is led's intelligent body is centrifuged heat pump refrigeration process subsystem stopping Collaborative Control in embodiment
Flow chart；
Figure 17 is that level-one person who is led's intelligent body air source heat pump refrigeration process subsystem starts Collaborative Control in embodiment
Flow chart；
Figure 18 is that level-one person who is led's intelligent body air source heat pump refrigeration process subsystem stops Collaborative Control in embodiment
Flow chart；
Figure 19 is that level-one person who is led's intelligent body stacked heats the process that technique subsystem starts Collaborative Control in embodiment
Figure；
Figure 20 is that level-one person who is led's intelligent body stacked heats the process that technique subsystem stops Collaborative Control in embodiment
Figure.
Specific embodiment
The present invention is described in detail with specific embodiment below in conjunction with the accompanying drawings.The present embodiment is with technical solution of the present invention
Premised on implemented, the detailed implementation method and specific operation process are given, but protection scope of the present invention is not limited to
Following embodiments.
Embodiment
The application proposes a kind of energy Internet advertising distribution energy source station cooperative control system based on multiple agent, each intelligence
Body object according in distributed busbar protection Collaborative Control under each comfortable energy internet environment responsibility and status, carry out intelligent body
Modeling, and it is divided into three-level leader intelligent body and two-stage person who is led's intelligent body, as shown in Figure 1.This system specifically includes one
Grade leader intelligent body, second level leader intelligent body, three-level leader intelligent body, level-one person who is led intelligent body and second level are led
The person's of leading intelligent body.Level-one leader's intelligent body is the energy management center of the affiliated energy internet of distributed busbar protection, is responsible for association
With the power-balance for dispatching entire energy internet；Second level leader's intelligent body includes distribution multiple under energy internet environment
Formula energy source station responds the dispatch command at energy management center；Three-level leader's intelligent body includes multiple in distributed busbar protection
Programmable logic controller (PLC), according to indexs such as economy, determines technique subsystem and its structure under the premise of meeting balancing the load
The Collaborative Control combination of forming apparatus；Level-one person who is led's intelligent body includes multiple technique subsystems of distributed busbar protection；
Second level person who is led's intelligent body includes multiple intelligent equipments in distributed busbar protection.Intelligent body in multiagent system has
There is autonomous and sociability, participates in the agent communication between the same level and grade.
Multiple technique subsystems include internal combustion engine lithium bromide machine technique subsystem, gas turbine lithium bromide machine technique subsystem
System, air source heat pump technique subsystem, centrifugation heat pump technology subsystem, centrifugation cold technique subsystem, big energy storage water tank technique
Subsystem, cooling tower process subsystem, superposition type heating technique subsystem, moisturizing technique subsystem and subscriber station etc..
Multiple intelligent equipments include internal combustion engine generator group, Gas Turbine Generating Units, lithium bromide chiller, air-source heat
Pump assembly, centrifugal refrigerating machines, big energy storage water tank, cooling tower unit, small pump, once pumps, is secondary centrifugation heat pump unit
Pump, energy source station valve and subscriber station valve etc..
In the process system process of the present embodiment, distributed busbar protection system is mainly by non-renewable energy distributing system, hair
Electric system, afterheat utilizing system, power bus-bar system, water circulation system, electric heating system and energy-storage system composition, such as Fig. 2 institute
Show.Natural gas is the main non-renewable energy of distributed busbar protection, and photovoltaic, wind energy are then secondary non-renewable energy, corresponding primary energy
Source is respectively gas electricity generator, photovoltaic battery panel and wind-driven generator using equipment.Suction-type lithium bromide is used in the present embodiment
Cold warm water machine group constructs afterheat utilizing system, absorbs the thermal energy in gas electricity generator high-temperature flue gas and jacket water.Power bus-bar system
System is the core system of this distributed busbar protection electrical energy production and consumption, which is both electric energy produced by energy source station electricity generation system
Clearing end and energy source station in electric energy needed for each unit equipment starting point.Based on energy distributed under energy internet environment
The grid-connected mode of source station power bus-bar system can be by the system by electric energy when distributed busbar protection electric energy excess capacity
It is conveyed to user or other narrow sense energy internet；When energy source station unit electric energy production capacity deficiency, then it can pass through the system
Be short of electric energy is obtained from other electric power energy networks.Compared to power bus-bar system, water circulation system is distributed energy
It stands the hot and cold core system that can be produced and dissolve.Since the specific heat of water is big and is easy to obtain, distributed busbar protection is using water as cold
Thermal energy transmission medium is exchanged by the transmission that water circulation system carries out hot and cold energy.When the cold and hot energy energy supply of combined supply system is not enough to
When meeting user demand, energy system is made using electricity and fills up hot and cold load notch.The electricity system of the present embodiment can system mainly by it is big,
Small centrifugal refrigerating machines and net for air-source heat pump units are constituted.Wherein, big centrifugal refrigerating machines are only used for cooling condition, and small
Cold and air source heat pump then other than can be with separate refrigeration, can also mutually be connected in series, and constitute superposition type heating system.In addition,
The present embodiment configures hot energy storage and electric energy storage device in a manner of water pitcher and battery respectively, creates energy supply and between energy
Cushion space improves the energy supply ability and production capacity stability of energy source station.
In the present embodiment, the water circulation system of distributed busbar protection is complex, four-pipe system structure is used, by chilled water
Circulation is constituted with cooling water circulation.Under cooling condition, user's chilled water return water temperature is about 13 DEG C, enters bromine via primary pump
Change lithium unit, centrifugation cold or centrifugation heat pump, is carried out in the inside of above-mentioned unit, between chilled water and 32 DEG C of cooling water inverse
The thermal energy of user is passed to cooling water by Carnot cycle, and corresponding cooling water temperature is increased to 38 degrees Celsius, and chilled water return water temperature
Degree is then reduced to 5 DEG C again, and continues to be supplied to user under secondary pump help.On the other hand, the cooling of user's thermal energy is absorbed
Water then goes to cooling tower to radiate, by cooling after cooling water with the help of cooling pump, continue to lithium bromide chiller, from
Heart cold or centrifugation heat pump unit participate in refrigerating operaton.User's chilled water return water can also enter air source heat pump via primary pump
Freeze, the thermal energy of user is directly swapped with air, is recycled without cooling water, is not necessarily to blower fan of cooling tower, but this kind is made
The economy of cold mode is poor, does not select preferentially generally.
Under heating condition, user's chilled water return water temperature is about 45 DEG C, enters lithium bromide chiller via primary pump, is fired
The high-temperature flue gas and jacket water of machine are heated to 61 DEG C, continue to be supplied to user under secondary pump help.In addition to trilogy supply mode heats
Except, distributed busbar protection can also be heated using superposition type system, and air source heat pump water loop constitutes closed cycle, empty
Air supply heat pump is switched to heating mode, and the water in closed cycle is constantly heated to 35 DEG C from 28 DEG C, the water after heating via
Primary pump enters centrifugation heat pump, and user's chilled water return water is heated to 61 from 45 DEG C by inverse Carnot cycle in centrifugation heat pump
DEG C, user's chilled water return water after heating continues to be supplied to user with the help of secondary pump.
Under accumulation of heat operating condition, 61 DEG C of chilled water is under the action of primary pump in heat supply general pipeline, through excessive energy storage water tank
Upside is stored into water pitcher, and 45 DEG C of water is then expressed into hot water backwater general pipeline on the downside of water pitcher, the structure in hot water general pipeline
It is recycled at water.Under charging, 5 DEG C of chilled water is under the action of primary pump in cooling supply general pipeline, through excessive energy storage water tank
Downside stores in water pitcher, and 13 DEG C of water blame is expressed into cold-water return general pipeline on the upside of water pitcher, in cold water general pipeline
Middle composition water circulation.
The control method of above-mentioned energy Internet advertising distribution energy source station cooperative control system includes：
Level-one leader's Agent coordination dispatches the energy supply of second level leader intelligent body and uses energy power, second level leader's intelligence
Distributed busbar protection controls respective three-level leader intelligent body in energy body, and three-level leader's intelligent body distinguishes Collaborative Control level-one
Multiple intelligent equipments in multiple technique subsystems and second level person who is led's intelligent body in person who is led's intelligent body.
According to the energy supply of distributed busbar protection in second level leader's intelligent body and with can balance, will energy supply be greater than use
Energy can be set, i.e., function, which is much larger than, is defined as underloading intelligent body with the distributed busbar protection of energy, and energy supply is approximately equal to energy
Distributed busbar protection be defined as often carrying intelligent body, energy supply is less than and with the distributed busbar protection that can set energy is defined as heavy duty
Intelligent body.The energy supply of level-one leader's Agent coordination scheduling second level leader intelligent body is specifically included with energy power process：
Level-one leader's intelligent body receives the power-balance request of heavily loaded intelligent body in second level leader intelligent body, according to the screening of setting
Rule, selection underloading intelligent body carries out response from second level leader's intelligent body that it is controlled, and realizes in energy internet and divides
Power-balance in cloth energy source station between station.
Wherein, the mutual connection of information is energized between multiple distributed busbar protections of second level leader intelligent body, it can be mutual
It checks energy supply information, the energy scheduling of energy internet is participated in convenient for second level leader's intelligent body.In three-level leader's intelligent body
Data are called to carry out logic control and calculation process between multiple programmable logic controller (PLC)s mutually.Level-one person who is led's intelligent body
Multiple technique subsystems between be latched mutually, prevent technique subsystem and be switched operating mode in normal course of operation
The case where occur.It is interknited between multiple intelligent equipments of second level person who is led's intelligent body, as distributed energy equipment
Start enabled condition, the stop command etc. stopped.
In the present embodiment, by taking big cold refrigeration mode one key switching Collaborative Control technique subsystem as an example, illustrate level-one quilt
The agent based modeling process of leader's intelligent body centrifugation cold technique subsystem.The coordination control strategy of the technique subsystem is as schemed
Shown in 4, the valve under big cold superposition type heating condition is first closed, big cold refrigeration mould is opened when valve shut-off condition meets
Valve needed for formula, the sequence to the end of valve is opened later.In Siemens's PCS7 software platform, utilize centrifugation cold SFC's
External view carries out the agent based modeling of technique subsystem, the centrifugation cold SFC external view intelligent body mould of the technique subsystem
Type is as shown in figure 3, its control instruction and state transfer relationship are as shown in Figure 5.Since PCS7 supports centrifugation cold SFC to survey online
It tries, it can be direct manually to fingers such as technique subsystem agent model transmission starting, pause, suspension and resets in the operating mode
It enables.
In the present embodiment, by taking blower fan of cooling tower as an example, illustrate the intelligence of the intelligent equipment of second level person who is led's intelligent body
Volume modeling process.Switched on the spot according to the long-range start and stop of blower fan of cooling tower, a distant place and the control of blower high-low double-speed operation require,
Using the double-speed motor drive block in the library PCS7AP Library V8.1 as core, the device intelligence body for carrying out blower fan of cooling tower is built
Mould, the CFC device intelligence body Model of blower fan of cooling tower as shown in fig. 6, blower fan of cooling tower agent model control function pin
As shown in table 1.In the single devices agent model, by Pcs7DiIn digital quantity input channel block, by blower fan of cooling tower
A distant place feed back be linked into LocalLi pin on the spot, high low speed operation feedback is then respectively connected to FbkSpd1 and FbkSpd2 pipe
Foot, and the external fault signal alarmed is needed to be linked into FaultExt pin.By the place of double-speed motor drive block MotSpdL
Reason, low rate start, high-speed starting and the stopping that P_Spd1, P_Spd2 and P_Stop pin are respectively completed output impulse form refer to
It enables, the width for controlling pulse is determined by PulseWid, these control instructions are conveyed via Pcs7DiOu digital output passage block
To DO fastener, the device drives grade control of distributed busbar protection blower fan of cooling tower is realized.
The control function pin of 1 blower fan of cooling tower agent model of table
This control method puts down two step electricity price boundary conditions, all kinds of energy machines processed according to economy principle of optimality, in conjunction with peak valley
Group Energy Efficiency Ratio (COP) and user with can situation, formulate different operating condition next stage person who is leds in distributed busbar protection
Second level person who is led's intelligent body in coordination control strategy and different process subsystem point between the technique subsystem of intelligent body
Coordination control strategy between cloth energy device.
The case where according to user with that can energize with distributed busbar protection, formulates and divides under three kinds of different-energy equilibrium state
The coordination control strategy of cloth energy source station level-one person who is led's multiple agent.Since the customer charge at night is small, and there are low ebbs
Electricity price, distributed busbar protection are designed as using the energy storage of night dip electricity price, so under every kind of energy balance state again respectively from
Coordination control strategy between night and in the daytime two aspect formulation design level-one person who is led multiple agents.Under Winter heat supply operating condition
The flow chart of Collaborative Control is as shown in fig. 7, summer cooling operating mode next stage person who is led's intelligence between level-one person who is led's intelligent body
The flow chart of Collaborative Control is as shown in Figure 8 between body.
In the present embodiment, the stream of the big energy-storing water tank technique subsystem accumulation of energy operating condition Collaborative Control of level-one person who is led's intelligent body
As shown in Figures 9 and 10, the flow chart for releasing energy operating condition Collaborative Control is as shown in Figure 11,12 for journey figure；The centrifugation of level-one person who is led's intelligent body
Cold refrigeration process subsystem starts and stops the flow chart of Collaborative Control respectively as shown in Figure 13,14；Level-one person who is led's intelligence
The flow chart difference that energy body centrifugation heat pump refrigeration process subsystem starts and stops Collaborative Control is as shown in Figure 15,16；Level-one quilt
Leader's intelligent body air source heat pump refrigeration process subsystem starts and stops the flow chart of Collaborative Control respectively such as Figure 17,18 institutes
Show；Level-one person who is led's intelligent body stacked heats the starting of technique subsystem, stops the flow chart of Collaborative Control respectively such as Figure 19,20
It is shown.
Claims (7)
1. a kind of energy Internet advertising distribution energy source station cooperative control system, which is characterized in that including level-one leader intelligent body,
Second level leader intelligent body, three-level leader intelligent body, level-one person who is led intelligent body and second level person who is led's intelligent body；It is described
Level-one leader's intelligent body is the energy management center of the affiliated energy internet of distributed busbar protection, is responsible for the entire energy of cooperative scheduling
The power-balance of source interconnection net；The second level leader intelligent body includes multiple distributed busbar protections in energy internet, is rung
Answer the dispatch command at energy management center；The three-level leader intelligent body includes that multiple may be programmed in distributed busbar protection is patrolled
Controller is collected, passes through coordination control strategy and controls technique subsystem and its constitution equipment；The level-one person who is led intelligent body packet
Include multiple technique subsystems of distributed busbar protection；The second level person who is led intelligent body includes multiple in distributed busbar protection
Intelligent equipment.
2. a kind of energy Internet advertising distribution energy source station cooperative control system according to claim 1, which is characterized in that institute
Stating multiple technique subsystems includes internal combustion engine lithium bromide machine technique subsystem, gas turbine lithium bromide machine technique subsystem, air
Source heat pump technology subsystem, centrifugation heat pump technology subsystem, centrifugation cold technique subsystem, big energy storage water tank technique subsystem,
Cooling tower process subsystem, superposition type heating technique subsystem, moisturizing technique subsystem and subscriber station.
3. a kind of energy Internet advertising distribution energy source station cooperative control system according to claim 1, which is characterized in that institute
Stating multiple intelligent equipments includes internal combustion engine generator group, Gas Turbine Generating Units, lithium bromide chiller, air source heat pump machine
Group, centrifugation heat pump unit, centrifugal refrigerating machines, big energy storage water tank, cooling tower unit, small pump, primary pump, secondary pump, energy
Source station valve and subscriber station valve.
4. a kind of energy Internet advertising distribution energy source station cooperative control system according to claim 1, which is characterized in that institute
State level-one leader intelligent body, second level leader's intelligent body, three-level leader intelligent body, level-one person who is led intelligent body and second level
Person who is led's intelligent body is all obtained by agent based modeling.
It is carried out 5. a kind of using any energy Internet advertising distribution energy source station cooperative control system of Claims 1 to 4
Control method, which is characterized in that including：
The level-one leader Agent coordination dispatches the energy supply of the second level leader intelligent body and uses energy power, the second level
Distributed busbar protection controls respective three-level leader intelligent body, the three-level leader intelligent body difference in leader's intelligent body
In multiple technique subsystems and the second level person who is led intelligent body in level-one person who is led intelligent body described in Collaborative Control
Multiple intelligent equipments.
6. a kind of energy Internet advertising distribution energy source station cooperative control method according to claim 5, which is characterized in that institute
State level-one leader's Agent coordination dispatch the second level leader intelligent body energy supply with energy power process include：
The level-one leader intelligent body receives the power-balance request of heavily loaded intelligent body in second level leader intelligent body, according to setting
Fixed screening rule, selection underloading intelligent body is answered from second level leader's intelligent body that level-one leader's intelligent body is controlled
It answers, power-balance between the station of distributed busbar protection in realization energy internet；The heavy duty intelligent body is that energy supply is greater than with can set
The distributed busbar protection surely measured, the underloading intelligent body are that energy supply is less than with the distributed busbar protection that can set energy.
7. a kind of energy Internet advertising distribution energy source station cooperative control method according to claim 5, which is characterized in that institute
It states and data is called to carry out at logic control and operation in three-level leader's intelligent body between multiple programmable logic controller (PLC)s mutually
It manages, is latched mutually between multiple technique subsystems of the level-one person who is led intelligent body, the second level person who is led intelligent body
Multiple intelligent equipments between interknit.
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109460935A (en) * | 2018-11-19 | 2019-03-12 | 北京京天智慧能源发展有限公司 | Management platform based on integrated form energy resource system |
| CN109492920A (en) * | 2018-11-19 | 2019-03-19 | 北京京天智慧能源发展有限公司 | Decision management platform based on integrated energy station |
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| CN112332535A (en) * | 2020-10-22 | 2021-02-05 | 合肥高新云制造研究院 | Energy internet scheduling and controlling method |
| CN113688347A (en) * | 2021-07-02 | 2021-11-23 | 国电南瑞科技股份有限公司 | Multi-target operation control system, method and device for multiple energy comprehensive service stations |
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| CN113487207B (en) * | 2021-07-16 | 2022-06-28 | 重庆大学 | Multi-target energy management system in multi-energy community based on multi-agent system optimal user cluster |
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