CN106815775A - A kind of energy source distribution technique and compartment system based on pan-energy network - Google Patents
A kind of energy source distribution technique and compartment system based on pan-energy network Download PDFInfo
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- CN106815775A CN106815775A CN201611178212.4A CN201611178212A CN106815775A CN 106815775 A CN106815775 A CN 106815775A CN 201611178212 A CN201611178212 A CN 201611178212A CN 106815775 A CN106815775 A CN 106815775A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/06—Electricity, gas or water supply
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E40/00—Technologies for an efficient electrical power generation, transmission or distribution
- Y02E40/70—Smart grids as climate change mitigation technology in the energy generation sector
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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
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/50—Systems or methods supporting the power network operation or management, involving a certain degree of interaction with the load-side end user applications
Abstract
The present invention relates to energy source distribution design field, a kind of energy source distribution technique and compartment system based on pan-energy network are disclosed, the energy source distribution technique based on pan-energy network includes：Obtain the operation information of distributed energy subsystem；Operation information generation demand information according to the distributed energy subsystem for receiving；According to pan-energy flow transmission in the demand information regulation pan-energy network for receiving；Pan-energy flow is transmitted during the above-mentioned energy source distribution technique based on pan-energy network can adjust pan-energy network according to the operation information of distributed energy subsystem, realize that each region of pan-energy network is coupled to operate and energy complementation and configuration, increase energy Distribution utilization reasonability, give full play to the advantage of distributed power generation and global optimization using energy source, to realize the amplification of using energy source, overall energy utilization ratio is improved.
Description
Technical field
The present invention relates to energy source distribution design field, more particularly to a kind of energy source distribution technique and distribution based on pan-energy network
System.
Background technology
With the fast development of industrial society, the limited traditional energy of reserves because its consumption requirements expands day by day be in it is withered
Exhaust trend so that seek more reasonable, efficient energy utilization patterns while tapping a new source of energy and seem particularly urgent；And such as
Modern electronic equipment has become a part essential during people live, and the demand of electric energy is not only embodied on consumption, right
The requirement of its degree of reliability is also more and more higher, therefore needs to seek a kind of reasonable, efficient and reliable energy utilization patterns.
Occur in that pan-energy network is theoretical in this context, pan-energy network is information, energy and a material by collaboration coupling
The intelligent pan-energy network network system for combining together.Natural gas grid and distributed energy network are used as the fusion portion under its network frame
Divide and regulated and controled by pan-energy network control high in the clouds, adjusted by information technology and realize that the different types of energy couples Optimum utilization, raising energy
Source utilization ratio；And distributed power generation with miniature gas turbine as nucleus equipment is the one of following distributed power generation to become greatly at present
Gesture, with small scale, environment limitation less, reliability it is high and operate it is flexible the features such as, the conventional Power Generation Mode to big region has
Supplement and adjustment effect, in special circumstances such as conventional electric power generation failures, can voluntarily transport work generating well, realize small
Region energy uninterrupted power supply, thus it is essential for the running of many industry departments, while by waste heat recovery, reclaiming combustion gas combustion
The waste heat heat of burning meets the hot and cold load of applying unit, realizes the step application of energy, and improve the overall energy should
Use efficiency.
Therefore it provides a kind of merge natural gas grid and dividing with miniature gas turbine as nucleus equipment under pan-energy network framework
The energy compartment system of the cloth energy is technical staff's problem demanding prompt solution.
The content of the invention
The invention provides a kind of energy source distribution technique and compartment system based on pan-energy network, the energy of pan-energy network should be based on
Pan-energy flow is transmitted during location mode and system can adjust pan-energy network according to the operation information of distributed energy subsystem, is realized general
Can each region of net be coupled running and the energy it is complementary with configuration, increase energy Distribution utilization reasonability gives full play to distributed hair
Electricity and the advantage of global optimization using energy source realize the amplification of using energy source, improve overall energy utilization ratio.
To achieve the above object, the present invention provides following technical scheme：
A kind of energy source distribution technique based on pan-energy network, including：
Obtain the operation information of distributed energy subsystem；
Operation information generation demand information according to the distributed energy subsystem for receiving；
According to pan-energy flow transmission in the demand information regulation pan-energy network for receiving.
In the above-mentioned energy source distribution technique based on pan-energy network, the operation information regulation according to distributed energy subsystem is general
Pan-energy flow transmission in energy net, realizes that each region of pan-energy network is coupled and operates and energy complementation and configuration, increases energy Distribution utilization
Reasonability, detailed process includes：The operation information of distributed energy subsystem is obtained, to obtain each distribution in pan-energy network
Itself operation information of energy subsystem, wherein, itself operation information includes energy information and material stream information etc.；According to connecing
The operation information generation demand information of the distributed energy subsystem for receiving, itself running of each distributed energy subsystem
Feedback of the information to efficiency adaptation, efficiency adaptation draws corresponding demand information by information analysis；According to the need for receiving
Pan-energy flow is transmitted in asking information to adjust pan-energy network, by natural gas grid and distributed energy subsystem in demand information regulation pan-energy network
Pan-energy flow transmission between system and between each distributed energy subsystem, to realize that the interregional energy is complementary and configures.
Therefore, the above-mentioned energy source distribution technique based on pan-energy network can be adjusted according to the operation information of distributed energy subsystem
Pan-energy flow transmission in section pan-energy network, realizes that each region of pan-energy network is coupled and operates and energy complementation and configuration, increases the energy and distributes
Using reasonability, give full play to the advantage of distributed power generation and global optimization using energy source to realize the amplification of using energy source,
Improve overall energy utilization ratio.
Preferably, the operation information for obtaining distributed energy subsystem, specifically includes：
Obtain the operation information of each unit in distributed energy subsystem；
Operation information according to each unit in the distributed energy subsystem for receiving determines distributed energy subsystem
Operation information.
Preferably, pan-energy flow transmission in the demand information regulation pan-energy network that the basis is received, specifically includes：
First energy consumption controller receives demand information；
The amount of natural gas of natural gas grid regulation each distributed energy subsystem of input.
Preferably, pan-energy flow transmission in the demand information regulation pan-energy network that the basis is received, specifically includes：
The second energy consumption controller of each distributed energy subsystem receives demand information in pan-energy network；
Pan-energy flow transmission is carried out between each distributed energy subsystem in pan-energy network.
Preferably, the pan-energy flow is specifically included：Material stream；Or energy stream；Or information flow.
A kind of energy compartment system based on pan-energy network, including natural gas grid and at least one distributed energy subsystem
System, is provided with the first energy consumption controller in the natural gas grid, the second energy consumption controller is provided with the distributed energy subsystem,
Efficiency adaptation is provided between first energy consumption controller and the second energy consumption controller, wherein：
It is connected between each distributed energy subsystem, and each distributed energy subsystem and the natural gas
Net is connected；
Second energy consumption controller is used to obtaining the operation information of the distributed energy subsystem, and by the distribution
The operation information of formula energy subsystem is transmitted to the efficiency adaptation；
The operation information that the efficiency adaptation is used to receive and analyze the distributed energy subsystem is corresponding to generate
Demand information；
When each second energy consumption controller receives the demand information, carried out between each distributed energy subsystem
Pan-energy flow is transmitted；When first energy consumption controller receives the demand information, each institute of the natural gas grid regulation input
State the amount of natural gas of distributed energy subsystem.
In the above-mentioned energy compartment system based on pan-energy network, the second energy consumption controller of each distributed energy subsystem is obtained
The operation information of distributed energy subsystem where taking to obtain the ruuning situation of distributed energy subsystem, and by operation information
Transmit to efficiency adaptation, efficiency adaptation is received and the operation information of analysis distribution formula energy subsystem is needed accordingly with generating
Information is sought, efficiency adaptation can be to the first energy consumption controller of natural gas grid and each distributed energy subsystem in pan-energy network
The second energy consumption controller send demand information, when the second energy consumption controller receives demand information, each distributed energy
Pan-energy flow transmission is carried out between system, to realize the running that is coupled between each distributed energy subsystem of pan-energy network, works as natural gas
When first energy consumption controller of net receives demand information, the day of natural gas grid regulation each distributed energy subsystem of input
Right tolerance, to realize the reasonable distribution of the energy in pan-energy network.
Therefore, the above-mentioned energy compartment system based on pan-energy network can realize natural gas grid and distributed energy in pan-energy network
Be coupled running and energy complementation and configuration between subsystem and between each distributed energy subsystem, increases energy distribution sharp
With reasonability, give full play to the advantage of distributed power generation and global optimization using energy source to realize the amplification of using energy source, carry
Overall energy utilization ratio high.
Preferably, the distributed energy subsystem includes that production unit, memory cell, applying unit and regeneration are single
Unit, wherein：
The production unit is connected with the natural gas grid, for using the natural gas life from natural gas grid input
Into the energy；
The regeneration unit is connected with the production unit and the memory cell, for utilizing the production unit
The high-temp waste gas of generation generate cold and hot energy；
The memory cell is connected with the production unit and the regeneration unit, for storing the production unit
The cold and hot energy that the electric energy of generation and the regeneration unit are produced；
The applying unit is connected with the memory cell and the production unit, and the memory cell is answered to described
Electric energy and cold and hot energy are transmitted with unit, the production unit transmits electric energy to the applying unit.
Preferably, the distributed energy subsystem also includes production unit efficiency control device, memory cell efficiency control
Device processed, applying unit efficiency control device and regeneration unit efficiency control device, wherein：
The production unit efficiency control device is connected with the production unit and the second energy consumption controller, for adopting
Collect the operation information of the production unit；
The memory cell efficiency control device is connected with the memory cell and the second energy consumption controller, for adopting
Collect the operation information of the memory cell；
The applying unit efficiency control device is connected with the applying unit and the second energy consumption controller, for adopting
Collect the operation information of the applying unit；
The regeneration unit efficiency control device is connected with the regeneration unit and the second energy consumption controller, for adopting
Collect the operation information of the regeneration unit.
Preferably, the production unit includes the generating set with miniature gas turbine as core.
Preferably, the memory cell includes all-vanadium flow battery and cold and hot storage device.
Preferably, the regeneration unit includes heat transmission equipment.
Preferably, the applying unit includes independent mansion, hospital, residential building, gas station and factory.
Preferably, also including carbon sequestration equipment, the carbon sequestration equipment is connected with the regeneration unit, for by the collection
Waste gas from the regeneration unit.
Brief description of the drawings
Fig. 1 is a kind of flow chart of energy source distribution technique based on pan-energy network that the present invention is provided；
Fig. 2 is a kind of structural representation of energy compartment system based on pan-energy network that the present invention is provided；
Fig. 3 is a kind of efficiency control structure schematic diagram of energy compartment system based on pan-energy network that the present invention is provided.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on this
Embodiment in invention, the every other reality that those of ordinary skill in the art are obtained under the premise of creative work is not made
Example is applied, the scope of protection of the invention is belonged to.
As shown in figure 1, a kind of energy source distribution technique based on pan-energy network, including：
Step S101：Obtain the operation information of distributed energy subsystem 2；
Step S102：Operation information generation demand information according to the distributed energy subsystem 2 for receiving；
Step S103：According to pan-energy flow transmission in the demand information regulation pan-energy network for receiving.
In the above-mentioned energy source distribution technique based on pan-energy network, the operation information regulation according to distributed energy subsystem 2
Pan-energy flow transmission in pan-energy network, realizes that each region of pan-energy network is coupled and operates and energy complementation and configuration, increases the energy and distributes sharp
With reasonability, detailed process includes：The operation information of distributed energy subsystem 2 is obtained by step S101, to obtain general energy
Itself operation information of each distributed energy subsystem 2 in net, wherein, itself operation information includes energy information and thing
Mass flow information etc.；Demand information is generated according to the operation information of the distributed energy subsystem 2 for receiving by step S102, often
Itself operation information of one distributed energy subsystem 2 feeds back to efficiency adaptation 3, and efficiency adaptation 3 passes through information analysis
Draw corresponding demand information；Pan-energy flow is transmitted in adjusting pan-energy network according to the demand information for receiving by step S103, is led to
Cross in demand information regulation pan-energy network between natural gas grid 1 and distributed energy subsystem 2 and each distributed energy subsystem 2
Between pan-energy flow transmission, to realize that the interregional energy is complementary with configuration.
Therefore, the above-mentioned energy source distribution technique based on pan-energy network can be according to the operation information of distributed energy subsystem 2
Pan-energy flow transmission in regulation pan-energy network, realizes that each region of pan-energy network is coupled and operates and energy complementation and configuration, increases the energy and divides
With reasonability is utilized, give full play to the advantage of distributed power generation and global optimization using energy source to realize the amplification of using energy source
Change, improve overall energy utilization ratio.
In a kind of preferred embodiment, the operation information of distributed energy subsystem 2 is obtained, specifically included：
Obtain the operation information of each unit in distributed energy subsystem 2；
Operation information according to each unit in the distributed energy subsystem 2 for receiving determines distributed energy subsystem 2
Operation information.
In the above-mentioned energy source distribution technique based on pan-energy network, distributed energy subsystem 2 includes production unit 21, storage
Unit 22, applying unit 24 and regeneration unit 23, obtain the operation information of each unit to obtain the function situation of each unit, the
Two energy consumption controllers 29 are analyzed the running that treatment obtains distributed energy subsystem 2 according to the operation information that each unit is fed back
Information, and then obtain the function situation of distributed energy subsystem 2.
In a kind of preferred embodiment, according to pan-energy flow transmission, specific bag in the demand information regulation pan-energy network for receiving
Include：
First energy consumption controller 11 receives demand information；
The amount of natural gas of the regulation each distributed energy subsystem 2 of input of natural gas grid 1.
In the above-mentioned energy source distribution technique based on pan-energy network, efficiency adaptation 3 is by analyzing each distributed energy
The operation information of subsystem 2 draws corresponding demand information, and demand information is sent to the first energy consumption controller 11, natural gas
The amount of natural gas of demand information regulation each distributed energy subsystem 2 of input that net 1 is received according to the first energy consumption controller 11,
To realize the reasonable distribution of the energy in pan-energy network.
In a kind of preferred embodiment, according to pan-energy flow transmission, specific bag in the demand information regulation pan-energy network for receiving
Include：
Second energy consumption controller 29 of each distributed energy subsystem 2 receives demand information in pan-energy network；
Pan-energy flow transmission is carried out between each distributed energy subsystem 2 in pan-energy network.
In the above-mentioned energy source distribution technique based on pan-energy network, efficiency adaptation 3 is by analyzing each distributed energy
The operation information of subsystem 2 draws corresponding demand information, and demand information is sent to the of each distributed energy subsystem 2
Two energy consumption controllers 29, the demand letter that each distributed energy subsystem 2 is received according to the second energy consumption controller 29 in pan-energy network
Breath control transmission of the pan-energy flow between each distributed energy subsystem 2, with realize each distributed energy subsystem 2 of pan-energy network it
Between be coupled running, the advantage of distributed power generation and global optimization using energy source is given full play to realize the amplification of using energy source
Change, improve overall energy utilization ratio.
Specifically, pan-energy flow is specifically included：Material stream；Or energy stream；Or information flow, wherein, material stream includes day
Right air-flow, CO2 gases stream, cold water stream, hot water stream etc.；Energy stream, including electric energy stream and cold and hot energy stream.
As shown in Fig. 2 a kind of energy compartment system based on pan-energy network, including natural gas grid 1 and at least one is distributed
It is provided with formula energy subsystem 2, natural gas grid 1 in first energy consumption controller 11, distributed energy subsystem 2 and is provided with the second energy consumption
Controller 29, efficiency adaptation 3 is provided between the first energy consumption controller 11 and the second energy consumption controller 29, wherein：
It is connected between each distributed energy subsystem 2, and each distributed energy subsystem 2 is connected with natural gas grid 1；
Second energy consumption controller 29 is used to obtain the operation information of distributed energy subsystem 2, and distributed energy is sub
The operation information of system 2 is transmitted to efficiency adaptation 3；
Efficiency adaptation 3 is used to receive the operation information of simultaneously analysis distribution formula energy subsystem 2 to generate corresponding demand
Information；
When each second energy consumption controller 29 receives demand information, general energy is carried out between each distributed energy subsystem 2
Streaming；When the first energy consumption controller 11 receives demand information, the regulation each distributed energy subsystem of input of natural gas grid 1
2 amount of natural gas.
In the above-mentioned energy compartment system based on pan-energy network, the second energy consumption controller of each distributed energy subsystem 2
The operation information of distributed energy subsystem 2 where 29 acquisitions will be transported with obtaining the ruuning situation of distributed energy subsystem 2
Make information transfer to efficiency adaptation 3, efficiency adaptation 3 receives the operation information of simultaneously analysis distribution formula energy subsystem 2 with life
Into corresponding demand information, efficiency adaptation 3 can be to the first energy consumption controller 11 of natural gas grid 1 and each point in pan-energy network
Second energy consumption controller 29 of cloth energy subsystem 2 sends demand information, when the second energy consumption controller 29 receives demand letter
During breath, pan-energy flow transmission is carried out between each distributed energy subsystem 2, with realize each distributed energy subsystem 2 of pan-energy network it
Between be coupled running, when the first energy consumption controller 11 of natural gas grid 1 receives demand information, the regulation input of natural gas grid 1
The amount of natural gas of each distributed energy subsystem 2, to realize the reasonable distribution of the energy in pan-energy network.
Therefore, the above-mentioned energy compartment system based on pan-energy network can realize natural gas grid 1 and distributed energy in pan-energy network
Be coupled running and energy complementation and configuration between source subsystem 2 and between each distributed energy subsystem 2, increases the energy point
With reasonability is utilized, give full play to the advantage of distributed power generation and global optimization using energy source to realize the amplification of using energy source
Change, improve overall energy utilization ratio.
As shown in Fig. 2 in a kind of preferred embodiment, distributed energy subsystem 2 includes production unit 21, memory cell
22nd, applying unit 24 and regeneration unit 23, wherein：
Production unit 21 is connected with natural gas grid 1, for generating the energy using the natural gas from the input of natural gas grid 1；
Regeneration unit 23 is connected with production unit 21 and memory cell 22, for the height produced using production unit 21
Warm waste gas generates cold and hot energy；
Memory cell 22 is connected with production unit 21 and regeneration unit 23, the electricity for storing the generation of production unit 21
The cold and hot energy that energy and regeneration unit 23 are produced；
Applying unit 24 is connected with memory cell 22 and production unit 21, and memory cell 22 is transmitted to applying unit 24
Electric energy and cold and hot energy, production unit 21 transmit electric energy to applying unit 24.
There is provided fuel from natural gas grid 1 to production unit 21, in production unit 21 chemical energy of fuel be converted into electric energy,
Heat energy and mechanical energy；A part of electric energy is transmitted to memory cell 22 and stored in memory cell 22, and another part electric energy is passed
Applying unit 24 is transported to be used as the energy；The burning waste gas that production unit 21 is produced carry out waste heat recovery into regeneration unit 23
Cold and hot energy is generated, cold and hot can transmission to memory cell 22 from regeneration unit 23 stores；Memory cell 22 is provided for applying unit 24
Electric energy and cold and hot energy needed for work, the control energy requirement of whole cycling element also serve as the part of applying unit 24, by
The production unit 21 of system itself meets load.
Gas fuel is provided from natural gas grid 1 to the production unit 21 in distributed energy subsystem 2 in pan-energy network,
Production unit 21 in each distributed energy subsystem 2 as natural gas grid 1 an application node, by natural gas grid 1
Entity pipeline or virtual pipe provide it natural gas；Each cycling element can not be by single in the case of the stabilization of natural gas grid 1
The outer other factors influence of unit, carries out unit scope control and operating, and realization is independently distributed cold and hot electric energy in formula energy subsystem 2 and supplies
Should；Each distributed energy subsystem 2 is connected with formula energy subsystem 2 is distributed around, connected distributed energy subsystem 2 it
Between set up energy source medium, meet between distributed energy subsystem 2 regulation of energy transmission.
As shown in figure 3, in a kind of preferred embodiment, distributed energy subsystem 2 is also controlled including production unit efficiency
Device 25, memory cell efficiency control device 26, applying unit efficiency control device 28 and regeneration unit efficiency control device
27, wherein：
Production unit efficiency control device 25 is connected with the energy consumption controller 29 of production unit 21 and second, for gathering
The operation information of production unit 21；
Memory cell efficiency control device 26 is connected with the energy consumption controller 29 of memory cell 22 and second, for gathering
The operation information of memory cell 22；
Applying unit efficiency control device 28 is connected with the energy consumption controller 29 of applying unit 24 and second, for gathering
The operation information of applying unit 24；
Regeneration unit efficiency control device 27 is connected with the energy consumption controller 29 of regeneration unit 23 and second, for gathering
The operation information of regeneration unit 23.
In the individual distributed energy subsystem 2 of pan-energy network, production unit efficiency control device 25, memory cell efficiency control
Device processed 26, applying unit efficiency control device 28 and regeneration unit efficiency control device 27 respectively with the second energy consumption controller
29 are connected, the operation information of collection institute connection unit, and the operation information that will be collected is transmitted to the second energy consumption controller 29,
Second energy consumption controller 29 adjusts the efficiency control device of each unit by unit feedback of the information, and then to the fortune of each unit
Row is adjusted, and realizes system energy using optimizing, the energy production of each unit, transmission in control energy resource system, store and
Conversion, realizes four rationalization of unit overall operations, efficient, energy-savings.
Specifically, production unit 21 includes the generating set with miniature gas turbine as core.Distributed energy subsystem 2
The core of middle production unit 21 is miniature gas turbine generating set, and miniature gas turbine has small volume, lightweight, applicable combustion
Material scope is wide, can near user installation the advantages of, the reliability to customer power supply can be significantly improved, be widely used in standby electricity
Stand, cogeneration of heat and power, generate electricity by way of merging two or more grid systems, peakload generate electricity etc. occasion.
Specifically, memory cell 22 includes all-vanadium flow battery and cold and hot storage device.The electricity of the production of production unit 21
Can transmit to memory cell 22 and store in the all-vanadium flow battery of memory cell 22, all-vanadium flow battery is to applying unit 24
Supply electric energy；Cold and hot can the transmission to memory cell 22 and storing of the production of regeneration unit 23 sets in the cold and hot storage of memory cell 22
In standby, cold and hot storage device supplies cold and hot energy to applying unit 24.
Specifically, regeneration unit 23 includes heat transmission equipment, and the high-temp waste gas that production unit 21 is produced enter regeneration unit 23,
The heat-exchanger rig collection waste gas residual heat generation of regeneration unit 23 is cold and hot and to be transmitted cold and hot to memory cell 22.
Specifically, applying unit 24 includes independent mansion, hospital, residential building, gas station and factory.
Specifically, also including carbon sequestration equipment, carbon sequestration equipment is connected with regeneration unit 23, single from regeneration for that will collect
The waste gas of unit 23.Low temperature CO2 is collected by carbon-fixation-technology, and such as microalgae is reclaimed or chemical recovery, and waste gas enters from regeneration unit 23
Carbon sequestration equipment reduces CO2 discharge capacities to collect CO2, meets exhaust low-carbon (LC) requirement.
Obviously, those skilled in the art can carry out various changes and modification without deviating from this hair to the embodiment of the present invention
Bright spirit and scope.So, if these modifications of the invention and modification belong to the claims in the present invention and its equivalent technologies
Within the scope of, then the present invention is also intended to comprising these changes and modification.
Claims (13)
1. a kind of energy source distribution technique based on pan-energy network, it is characterised in that including：
Obtain the operation information of distributed energy subsystem；
Operation information generation demand information according to the distributed energy subsystem for receiving；
According to pan-energy flow transmission in the demand information regulation pan-energy network for receiving.
2. the energy source distribution technique based on pan-energy network according to claim 1, it is characterised in that the acquisition distribution energy
The operation information of source subsystem, specifically includes：
Obtain the operation information of each unit in distributed energy subsystem；
Operation information according to each unit in the distributed energy subsystem for receiving determines the running of distributed energy subsystem
Information.
3. the energy source distribution technique based on pan-energy network according to claim 1, it is characterised in that what the basis was received
Pan-energy flow transmission in demand information regulation pan-energy network, specifically includes：
First energy consumption controller receives demand information；
The amount of natural gas of natural gas grid regulation each distributed energy subsystem of input.
4. the energy source distribution technique based on pan-energy network according to claim 1, it is characterised in that what the basis was received
Pan-energy flow transmission in demand information regulation pan-energy network, specifically includes：
The second energy consumption controller of each distributed energy subsystem receives demand information in pan-energy network；
Pan-energy flow transmission is carried out between each distributed energy subsystem in pan-energy network.
5. the energy source distribution technique based on pan-energy network according to claim 4, it is characterised in that the pan-energy flow is specifically wrapped
Include：Material stream；Or energy stream；Or information flow.
6. a kind of energy compartment system based on pan-energy network, it is characterised in that distributed including natural gas grid and at least one
Energy subsystem, is provided with the first energy consumption controller in the natural gas grid, the second energy is provided with the distributed energy subsystem
Consumption controller, efficiency adaptation is provided between first energy consumption controller and the second energy consumption controller, wherein：
It is connected between each distributed energy subsystem, and each distributed energy subsystem and the natural gas grid phase
Connection；
Second energy consumption controller is used to obtaining the operation information of the distributed energy subsystem, and by the distributed energy
The operation information of source subsystem is transmitted to the efficiency adaptation；
The operation information that the efficiency adaptation is used to receive and analyze the distributed energy subsystem is needed accordingly with generating
Seek information；
When each second energy consumption controller receives the demand information, general energy is carried out between each distributed energy subsystem
Streaming；When first energy consumption controller receives the demand information, each described point of the natural gas grid regulation input
The amount of natural gas of cloth energy subsystem.
7. the energy compartment system based on pan-energy network according to claim 6, it is characterised in that distributed energy
System includes production unit, memory cell, applying unit and regeneration unit, wherein：
The production unit is connected with the natural gas grid, for generating energy using the natural gas from natural gas grid input
Source；
The regeneration unit is connected with the production unit and the memory cell, for being produced using the production unit
High-temp waste gas generate cold and hot energy；
The memory cell is connected with the production unit and the regeneration unit, for storing the production unit generation
Electric energy and the regeneration unit produce cold and hot energy；
The applying unit is connected with the memory cell and the production unit, and the memory cell is single to the application
Unit transmission electric energy and cold and hot energy, the production unit transmit electric energy to the applying unit.
8. the energy compartment system based on pan-energy network according to claim 7, it is characterised in that distributed energy
System also include production unit efficiency control device, memory cell efficiency control device, applying unit efficiency control device and
Regeneration unit efficiency control device, wherein：
The production unit efficiency control device is connected with the production unit and the second energy consumption controller, for gathering
State the operation information of production unit；
The memory cell efficiency control device is connected with the memory cell and the second energy consumption controller, for gathering
State the operation information of memory cell；
The applying unit efficiency control device is connected with the applying unit and the second energy consumption controller, for gathering
State the operation information of applying unit；
The regeneration unit efficiency control device is connected with the regeneration unit and the second energy consumption controller, for gathering
State the operation information of regeneration unit.
9. the energy compartment system based on pan-energy network according to claim 7, it is characterised in that the production unit includes
Generating set with miniature gas turbine as core.
10. the energy compartment system based on pan-energy network according to claim 7, it is characterised in that the memory cell bag
Include all-vanadium flow battery and cold and hot storage device.
11. energy compartment systems based on pan-energy network according to claim 7, it is characterised in that the regeneration unit bag
Include heat transmission equipment.
12. energy compartment systems based on pan-energy network according to claim 7, it is characterised in that the applying unit bag
Include independent mansion, hospital, residential building, gas station and factory.
13. energy compartment systems based on pan-energy network according to claim 7, it is characterised in that also including carbon sequestration equipment,
The carbon sequestration equipment is connected with the regeneration unit, for collecting the waste gas from the regeneration unit by described.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102236833A (en) * | 2010-04-30 | 2011-11-09 | 新奥科技发展有限公司 | Universal energy network for realizing energy optimal utilization and method for providing energy transaction and service |
| CN102236343A (en) * | 2010-04-30 | 2011-11-09 | 新奥科技发展有限公司 | Smart energy network system and control method thereof |
| CN102563959A (en) * | 2010-12-09 | 2012-07-11 | 新奥科技发展有限公司 | Integrated energy matching system and control method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102236833A (en) * | 2010-04-30 | 2011-11-09 | 新奥科技发展有限公司 | Universal energy network for realizing energy optimal utilization and method for providing energy transaction and service |
| CN102236343A (en) * | 2010-04-30 | 2011-11-09 | 新奥科技发展有限公司 | Smart energy network system and control method thereof |
| CN102563959A (en) * | 2010-12-09 | 2012-07-11 | 新奥科技发展有限公司 | Integrated energy matching system and control method thereof |
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