CN107239878A - A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort - Google Patents
A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort Download PDFInfo
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Abstract
A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort, including intelligent grid, by setting up the intelligent grid comprehensively monitoring based on information integration, set up the Intelligent building energy efficiency management and control based on data acquisition, set up the Intelligent building energy efficiency management strategy based on historical data analysis and set up intelligent grid real-time response mechanism, realize the coordinated operation optimized between operation and each system that remote interlocking controls each subsystem, and study the large-scale travel resort efficiency total management system Applied D emonstration of integrated development, examine the economical and energy saving performance of efficiency integrated management；The present invention shows the technology development result such as intelligent grid, smart home, the present invention is according to efficiency balance optimizing strategy, the systems approach used by overall balance and fuel conversion, analyze large-scale travel resort ambient parameter, history energy information etc., the technical-economic index of research evaluation building using energy source level, realize energy supply and demand dynamic and static balancing so that the optimization distribution of energy medium.
Description
Technical field
The present invention relates to power system, more particularly to a kind of intelligent grid comprehensive integration applied to large-scale travel resort
Technology, for its provide reliably, safety, economy, it is efficient, environment-friendly and using safety power utilization environment.
Background technology
At present, with the increasingly quickening of Process of Urbanization Construction, also fall with the large-scale travel resort built in surrounding city
Ground is taken root, and high-quality high-caliber place is provided for the tourism in city, leisure, in Shanghai, the international trip in Shanghai planned
Trip holiday resort is exactly, using Shanghai Disneyland project as core, to be directed to making the internationalization tourism degree that energy level is high, radiation is strong
False area, environment construction is pleasant, low-carbon ecological, suitable people occupy sustainable development region.And the power grid construction and electric power of China disappear
Consumption is also to climb up and up, exemplified by 2015, and national grid is a wide range of, remote ability to transmit electricity is up to 2.5 hundred million kilowatts, often
The year conveying kilowatt hour of electricity 1.15 trillion, sustainable newly-increased 1.45 hundred million kilowatts clean energy resource, which generates electricity, to be dissolved and sends out, Neng Gouman
Foot is more than the use requirement of 1,000,000 electric automobiles, most optimum distribution of resources ability, efficiency of economic operations, the level of security of power network
General Promotion will be obtained with power network intelligent level.
And the large-scale travel resort of similar Shanghai Disneyland, the construction of its intelligent grid is city intelligentization development
Necessarily require, be also intelligent city development important energy source ensure basis and premise, be a weight of intelligent city's construction
Want content.Equally by taking the international tourism holiday resort of Shanghai as an example, the synchronized construction of its intelligent grid is to promote Shanghai international tourism's degree
Develop toward environmental protection, ensure the reliable important guarantee of Electrical Safety in false area.
So-called intelligent grid (Smart Power Grids), is exactly the intelligentized common name of power network, also referred to as " power network
2.0 ", it be based on physics power network (Chinese intelligent grid be by bulk transmission grid of extra-high voltage grid, each voltage class electricity
Based on the sturdy power grid for netting coordinated development), set up integrated, high-speed bidirectional communication network upper, pass through advanced sensing
With e measurement technology, sophisticated equipment technology and communication, information technology, advanced control method and the advanced decision support system of application
System technology, with physics grid height it is integrated formed by novel power grid.Realize the reliable of power network, safety, economy, efficient, ring
Friendly and using safety the target in border.Its principal character of intelligent grid includes power network self-healing (self-inspection, self-coordination reparation), resisted
Attack, offer meet the quality of power supply of 21 century user's request, the access for allowing various different forms of electricity generation, start electricity market
And the optimization Effec-tive Function of assets.User is fully met to the demand of electric power and optimizes allocation of resources, ensure supply of electric power
Security, reliability and economy, meet environment constraint, ensure the quality of power supply, adapt to electricity marketization development etc. for the purpose of, it is real
Now reliable to user, economic, cleaning, interactive supply of electric power and value-added service.
The development of intelligent grid is in the stage of growth in the whole world, and its technology is broadly divided into four fields：
1. senior measurement system-main function is to license to user, system is set up with load and contact, allow users to
Support the operation of power network；
2. senior distribution operation-core is online Real-time Decision commander, target is Collapse Prevention, realizes the chain event of large area
The prevention of barrier；
3. senior transmission operation-main function is to emphasize the risk that congestion management is stopped transport on a large scale with reduction；
4. senior asset management-install in systems systematic parameter and equipment (assets) " health " situation can be largely provided
Advanced sensors, and the process integration such as collected real time information and resource management, simulation and emulation, improve power network
Operation and efficiency.
Intelligent grid under prior art, it is exactly intelligent building that it, which most intuitively embodies part, in the today in 2l centuries, with
The preceding various functions for needing to be completed by CSRC main frame, via the field controller institute of some low price, high throughput
Substitution.As long as the administrative staff of central control room assign required instruction, field controller will refer to other data automatically, enter
Row calculation process and the equipment for controlling correlation, to reach the requirement of manager.Center management system in building is also expanded to collection
Various data sheets are constantly supplied to administrative staff by middle monitoring, centralized management and distributing control, center management system,
Administrative staff try to achieve the minimum operation cost of building by analyze data form, so as to further improve the added value of building word.And
When there is disaster generation, it can know when what event where there occurs by center management system, be easy to accident treatment personnel
Handled rapidly, harm and influence that reduction accident is brought.It is from monitoring management it can be said that the development history of intelligent building
Process.
And in addition to current large-scale travel resort is the characteristics of with intelligent building, also have its difference, such as
Large-scale outdoor amusement equipment, underwater lighting, special source is provided etc., power mode and common intelligence of these situations needed for it
Can building it is different, and its comprehensively monitoring difficulty also far super intelligent building, although in the overall situation of information age 21st century
Under, domestic intelligent building industry obtains tremendous development, but is difficult to directly be applied to the center management system of intelligent building greatly
Type travel resort.
The content of the invention
In order to ensure the science that the intelligent grid of large-scale travel resort is built, the present invention passes through to existing both at home and abroad
The research of intelligent power grid technology, there is provided one kind large-scale tourism degree is applied to reference to the Pilot project construction of some domestic intelligent grids
The intelligent grid meta-synthetic engineering in false area, the technology can provide the synthesis that the intelligent grid of suitable large-scale travel resort is built
Construction scheme, and the correlation engineering synchronized construction implementation of large-scale travel resort can be combined.
A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, including intelligent electricity
Net, its is described in detail below：
1) the intelligent grid comprehensively monitoring based on information integration is set up, is divided into following two parts:
1a) information integration-for complicated in large-scale travel resort institute overlay area, the distribution, information resources of isomery
There is provided exchange, conversion, it is integrated with it is shared；
1b) comprehensively monitoring-gathered to the various production run information of power network, sensor information and management information carry out whole
Close, and the analysis and optimization that reinforcement is used efficiency, change traditional power network pipe based on limited, time lag information
The mode of reason；
2) the Intelligent building energy efficiency management and control based on data acquisition is set up, is divided into following two parts：
2a) data acquisition-based on various controls, monitoring, metering, detection involved during building management etc.,
The collection of the real-time status of the intelligence control system of full building is entered into system, for data monitoring, storage, alarm, analysis, calculating,
Statistical equilibrium etc. is used；
2b) efficiency management and control-the need various data acquisition unit relevant interfaces of primary study, formulate data collecting standard specification, branch
Support the access of the system datas such as building power, illumination, air-conditioning, ventilation, distribution, fire-fighting, distributed energy；
3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, it is big that the energy efficiency management strategy is based on analysis
Building ambient parameter, history energy information etc. of amount, formulate with energy management strategy and Continuous optimization adjustment, reach energy-conserving and environment-protective
Target, supports the coordinated operation optimized between operation and each system of each subsystem；
4) intelligent grid real-time response mechanism is set up, to reach intelligent grid comprehensive integration monitoring more in real time, quickly
Response, response mechanism is based on big data practical application and built using technological means support system, specifically includes following three points
Content：
4a) in the distributed document based on Hadoop-intelligent grid comprehensive integration monitoring, Hadoop distributed file systems
Structure feasibility analysis, existing hardware resource meets situation, forms the distributed file system based on Hadoop in intelligence
Application model and report in electric network synthetic integrated monitoring；
4b) in Distributed Message Queue-intelligent grid comprehensive integration monitoring, the feasibility of Distributed Message Queue, support
The message of numerous operation systems is pushed, batch processing, realizes the high speed mass transmission objectives of data, is formed Distributed Message Queue and is existed
Application model and report in intelligent grid comprehensive integration monitoring；
4c) in streaming computing-intelligent grid comprehensive integration monitoring, it is real-time that magnanimity is substantially improved in the feasibility of streaming computing
The calculating efficiency of data and business datum, support monitors the application demand with analysis in real time, forms streaming computing in intelligent grid
Application model and report in comprehensive integration monitoring.
According to a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, its feature exists
In described step 1) the intelligent grid comprehensively monitoring based on information integration is set up, its specific method is, using implementing mark comprehensively
Standardization Constructing ideas, from System Design specification, electric network model specification, device model specification, data transmission specification, service interface rule
Codes and standards are formulateeed and implemented in terms of model, meet the standard management requirement such as intelligent grid IEC61968, IEC61970, multi-source is ensured
The effective integration of heterogeneous system data, complicated in institute overlay area, distribution, isomery information resources are swapped, turned
Change, it is integrated with it is shared；And its comprehensively monitoring is then, when different power network abnormal operating conditions occurs, different power networks is transported
Row failure, quality of power supply event carry out different Monitoring Indexes, are come with this to power failure, electric energy matter in large-scale travel resort
Amount situation accident is analyzed and evaluated, and auxiliary formulates O＆M strategy and emergency preplan, the step employ based on PMS, TCM,
EMS, power distribution automation, electric energy quality monitoring, stand interior on-line monitoring, collection are copied, bear operation system flow and the data such as control, set up pin
To the monitored data analysis of all kinds of failures, accident, accident etc..
According to a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, its feature exists
In described step 2) the Intelligent building energy efficiency management and control based on data acquisition is set up, its specific method is that data acquisition is with building
During management based on involved various controls, monitoring, metering, detection etc., by the reality of the intelligence control system of full building
When state acquisition enter system, used for data monitoring, storage, alarm, analysis, calculating, statistical equilibrium etc., pass through various data
Collector relevant interface, formulates data collecting standard specification, support building power, illumination, air-conditioning, ventilation, distribution, fire-fighting, point
The access of the system datas such as the cloth energy.
According to a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, its feature exists
In described step 3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, its specific method is, history number
According to analysis by the control to intelligent grid comprehensive integration Monitoring Data quality, Monitoring Data can be ensured in comprehensively monitoring
Validity and accuracy, changed by the historical data acquisition in analyzing influence intelligent power grid technology comprehensive integration, historical data,
The factor of the historical data precision such as historical data processing, historical data application, studies measure and the flow of control data quality, shape
Into intelligent grid comprehensive integration Monitoring Data quality control specifications, formulated with this to the correct of service operation and burst accident and
When reply processing energy efficiency management strategy.
Obtained using a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention as follows
Beneficial effect：
1. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, it has formulated unified
The all purpose communication gateway of standard, support is uniformly converted to nonstandard communication protocols used in subsystems the association of standard
View, can be achieved to control the coordinated operation optimized between operation and each system of each subsystem by remote interlocking, and study integrated open
Large-scale travel resort efficiency total management system Applied D emonstration is opened up, the economical and energy saving performance of efficiency integrated management is examined；
2. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, forms modern intelligence
Power network Interactive Experience pattern, and it is interactive to carry out on the basis of novel interactive experience mode the intelligent grid of large-scale travel resort
InTouch Lab Applied D emonstration, shows the technology development result such as intelligent grid, smart home.
3. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, is balanced according to efficiency
Optimisation strategy, the systems approach used by overall balance and fuel conversion, analyzes the ambient parameter of large-scale travel resort, goes through
History energy information etc., the technical-economic index of research evaluation building using energy source level realizes that energy supply and demand dynamic is put down with static state
Weighing apparatus so that the optimization distribution of energy medium.
Brief description of the drawings
Nothing
Embodiment
With reference to a kind of intelligent grid comprehensive integration skill applied to large-scale travel resort of the embodiment to the present invention
Art is further described.
Embodiment
In the present embodiment, a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention is used
In the intelligent grid in Shanghai Disneyland is built, its is specific as follows
1) the intelligent grid comprehensively monitoring based on information integration is set up, is divided into following two parts:
1a) information integration-for complicated in large-scale travel resort institute overlay area, the distribution, information resources of isomery
There is provided exchange, conversion, it is integrated with it is shared；
1b) comprehensively monitoring-gathered to the various production run information of power network, sensor information and management information carry out whole
Close, and the analysis and optimization that reinforcement is used efficiency, change traditional power network pipe based on limited, time lag information
The mode of reason；
2) the Intelligent building energy efficiency management and control based on data acquisition is set up, is divided into following two parts：
2a) data acquisition-based on various controls, monitoring, metering, detection involved during building management etc.,
The collection of the real-time status of the intelligence control system of full building is entered into system, for data monitoring, storage, alarm, analysis, calculating,
Statistical equilibrium etc. is used；
2b) efficiency management and control-the need various data acquisition unit relevant interfaces of primary study, formulate data collecting standard specification, branch
Support the access of the system datas such as building power, illumination, air-conditioning, ventilation, distribution, fire-fighting, distributed energy；
3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, it is big that the energy efficiency management strategy is based on analysis
Building ambient parameter, history energy information etc. of amount, formulate with energy management strategy and Continuous optimization adjustment, reach energy-conserving and environment-protective
Target, supports the coordinated operation optimized between operation and each system of each subsystem；
4) intelligent grid real-time response mechanism is set up, to reach intelligent grid comprehensive integration monitoring more in real time, quickly
Response, response mechanism is based on big data practical application and built using technological means support system, specifically includes following three points
Content：
4a) in the distributed document based on Hadoop-intelligent grid comprehensive integration monitoring, Hadoop distributed file systems
Structure feasibility analysis, existing hardware resource meets situation, forms the distributed file system based on Hadoop in intelligence
Application model and report in electric network synthetic integrated monitoring；
4b) in Distributed Message Queue-intelligent grid comprehensive integration monitoring, the feasibility of Distributed Message Queue, support
The message of numerous operation systems is pushed, batch processing, realizes the high speed mass transmission objectives of data, is formed Distributed Message Queue and is existed
Application model and report in intelligent grid comprehensive integration monitoring；
4c) in streaming computing-intelligent grid comprehensive integration monitoring, it is real-time that magnanimity is substantially improved in the feasibility of streaming computing
The calculating efficiency of data and business datum, support monitors the application demand with analysis in real time, forms streaming computing in intelligent grid
Application model and report in comprehensive integration monitoring.
Step 1) the intelligent grid comprehensively monitoring based on information integration is set up, its specific method is, using implementing mark comprehensively
Standardization Constructing ideas, from System Design specification, electric network model specification, device model specification, data transmission specification, service interface rule
Codes and standards are formulateeed and implemented in terms of model, meet the standard management requirement such as intelligent grid IEC61968, IEC61970, multi-source is ensured
The effective integration of heterogeneous system data, complicated in institute overlay area, distribution, isomery information resources are swapped, turned
Change, it is integrated with it is shared；And its comprehensively monitoring is then, when different power network abnormal operating conditions occurs, different power networks is transported
Row failure, quality of power supply event carry out different Monitoring Indexes, are come with this to power failure, electric energy matter in large-scale travel resort
Amount situation accident is analyzed and evaluated, and auxiliary formulates O＆M strategy and emergency preplan, the step employ based on PMS, TCM,
EMS, power distribution automation, electric energy quality monitoring, stand interior on-line monitoring, collection are copied, bear operation system flow and the data such as control, set up pin
To the monitored data analysis of all kinds of failures, accident, accident etc..
Step 2) the Intelligent building energy efficiency management and control based on data acquisition is set up, its specific method is that data acquisition is with building
During management based on involved various controls, monitoring, metering, detection etc., by the reality of the intelligence control system of full building
When state acquisition enter system, used for data monitoring, storage, alarm, analysis, calculating, statistical equilibrium etc., pass through various data
Collector relevant interface, formulates data collecting standard specification, support building power, illumination, air-conditioning, ventilation, distribution, fire-fighting, point
The access of the system datas such as the cloth energy.
Step 3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, its specific method is, history number
According to analysis by the control to intelligent grid comprehensive integration Monitoring Data quality, Monitoring Data can be ensured in comprehensively monitoring
Validity and accuracy, changed by the historical data acquisition in analyzing influence intelligent power grid technology comprehensive integration, historical data,
The factor of the historical data precision such as historical data processing, historical data application, studies measure and the flow of control data quality, shape
Into intelligent grid comprehensive integration Monitoring Data quality control specifications, formulated with this to the correct of service operation and burst accident and
When reply processing energy efficiency management strategy.
A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention, it has formulated unified mark
Accurate all purpose communication gateway, support is uniformly converted to nonstandard communication protocols used in subsystems the agreement of standard,
Can be achieved by remote interlocking control the optimization of each subsystem run and each system between coordinated operation, and it is big to study integrated development
Type travel resort efficiency total management system Applied D emonstration, examines the economical and energy saving performance of efficiency integrated management；Shape of the present invention
Into modern intelligent grid Interactive Experience pattern, and carry out on the basis of novel interactive experience mode the intelligence of large-scale travel resort
Power network interactive experience center applications are demonstrated, and show the technology development result such as intelligent grid, smart home.The present invention is according to efficiency
Balance optimizing strategy, the systems approach used by overall balance and fuel conversion analyzes the environment ginseng of large-scale travel resort
Number, history with can information etc., the technical-economic index of research evaluation building using energy source level, realize energy supply and demand dynamic with it is quiet
State is balanced so that the optimization distribution of energy medium.
A kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort of the present invention is applied to various large-scale
The intelligent grid construction of travel resort, the correlation engineering synchronized construction that can combine large-scale travel resort is implemented.
Claims (4)
1. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort, including intelligent grid, its is specific as follows
It is described：
1) the intelligent grid comprehensively monitoring based on information integration is set up, is divided into following two parts:
1a) information integration-provided for complicated in large-scale travel resort institute overlay area, the distribution, information resources of isomery
Exchange, conversion, it is integrated with it is shared；
1b) comprehensively monitoring-information is gathered to the various production run information of power network, sensor and management information is integrated, and
Strengthen the analysis and optimization used efficiency, change traditional administration of power networks based on limited, time lag information
Mode；
2) the Intelligent building energy efficiency management and control based on data acquisition is set up, is divided into following two parts：
2a) data acquisition-based on various controls, monitoring, metering, detection involved during building management etc., general is entirely
The real-time status collection of the intelligence control system of building enters system, for data monitoring, storage, alarm, analysis, calculating, statistics
Balance etc. is used；
2b) efficiency management and control-the need various data acquisition unit relevant interfaces of primary study, formulate data collecting standard specification, support building
The access of the system datas such as space power, illumination, air-conditioning, ventilation, distribution, fire-fighting, distributed energy；
3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, the energy efficiency management strategy is based on analyzing substantial amounts of
Building ambient parameter, history energy information etc., formulate with energy management strategy and Continuous optimization adjustment, reach the mesh of energy-conserving and environment-protective
Mark, supports the coordinated operation optimized between operation and each system of each subsystem；
4) intelligent grid real-time response mechanism is set up, to reach that intelligent grid comprehensive integration monitoring more in real time, is quickly responded
Property, response mechanism is based on big data practical application and using technological means support system structure, specifically includes following three points content：
4a) in the distributed document based on Hadoop-intelligent grid comprehensive integration monitoring, the structure of Hadoop distributed file systems
Build feasibility analysis, existing hardware resource meets situation, forms the distributed file system based on Hadoop in intelligent grid
Application model and report in comprehensive integration monitoring；
4b) in Distributed Message Queue-intelligent grid comprehensive integration monitoring, the feasibility of Distributed Message Queue is supported numerous
The message of operation system is pushed, batch processing, realizes the high speed mass transmission objectives of data, forms Distributed Message Queue in intelligence
Application model and report in electric network synthetic integrated monitoring；
4c) in streaming computing-intelligent grid comprehensive integration monitoring, magnanimity real time data is substantially improved in the feasibility of streaming computing
With the calculating efficiency of business datum, support monitors the application demand with analysis in real time, forms streaming computing and is integrated in intelligent grid
Application model and report in integrated monitoring.
2. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort as claimed in claim 1, its feature
It is, described step 1) the intelligent grid comprehensively monitoring based on information integration is set up, its specific method is, using implementing comprehensively
Standardization Construction thinking, from System Design specification, electric network model specification, device model specification, data transmission specification, service interface
Codes and standards are formulateeed and implemented in terms of specification, meet the standard management requirement such as intelligent grid IEC61968, IEC61970, are ensured many
The effective integration of source heterogeneous system data, complicated in institute overlay area, distribution, isomery information resources are swapped,
Conversion, it is integrated with it is shared；And its comprehensively monitoring is then, when different power network abnormal operating conditions occurs, to different power networks
Operation troubles, quality of power supply event carry out different Monitoring Indexes, are come with this to power failure, electric energy in large-scale travel resort
Quality condition accident is analyzed and evaluated, and auxiliary formulates O＆M strategy and emergency preplan, the step employ based on PMS, TCM,
EMS, power distribution automation, electric energy quality monitoring, stand interior on-line monitoring, collection are copied, bear operation system flow and the data such as control, set up pin
To the monitored data analysis of all kinds of failures, accident, accident etc..
3. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort as claimed in claim 1, its feature
It is, described step 2) the Intelligent building energy efficiency management and control based on data acquisition is set up, its specific method is that data acquisition is with building
During space management based on involved various controls, monitoring, metering, detection etc., by the intelligence control system of full building
Real-time status collection enters system, is used for data monitoring, storage, alarm, analysis, calculating, statistical equilibrium etc., passes through various numbers
According to collector relevant interface, formulate data collecting standard specification, support building power, illumination, air-conditioning, ventilation, distribution, fire-fighting,
The access of the system datas such as distributed energy.
4. a kind of intelligent grid meta-synthetic engineering applied to large-scale travel resort as claimed in claim 1, its feature
It is, described step 3) the Intelligent building energy efficiency management strategy based on historical data analysis is set up, its specific method is, history
Data analysis can ensure Monitoring Data by the control to intelligent grid comprehensive integration Monitoring Data quality in comprehensively monitoring
Validity and accuracy, obtained by historical data in analyzing influence intelligent power grid technology comprehensive integration, historical data turns
Change, historical data processing, historical data application etc. historical data precision factor, study control data quality measure and stream
Journey, forms intelligent grid comprehensive integration Monitoring Data quality control specifications, is formulated with this to service operation and burst accident
The correct energy efficiency management strategy for timely tackling processing.
Priority Applications (1)
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101043152A (en) * | 2006-03-24 | 2007-09-26 | 上海市电力公司 | Intelligent decision support system for urban power grid accidents |
| CN103472812A (en) * | 2013-09-30 | 2013-12-25 | 江苏新瑞节能工程有限公司 | Energy management system |
| CN104035409A (en) * | 2014-06-04 | 2014-09-10 | 国家电网公司 | Demand response system oriented to building energy optimizing operation |
| US8954568B2 (en) * | 2011-07-21 | 2015-02-10 | Yahoo! Inc. | Method and system for building an elastic cloud web server farm |
| CN105631764A (en) * | 2015-12-31 | 2016-06-01 | 国网电力科学研究院武汉南瑞有限责任公司 | Smart power grid big data application system orienting smart city |
| CN105654393A (en) * | 2015-12-31 | 2016-06-08 | 国网电力科学研究院武汉南瑞有限责任公司 | Energy efficiency management service system of power distribution network area |
| CN106326331A (en) * | 2016-06-29 | 2017-01-11 | 河南许继仪表有限公司 | Intelligent power utilization data service system based on cloud computation |
| CN106547882A (en) * | 2016-11-03 | 2017-03-29 | 国网重庆市电力公司电力科学研究院 | A kind of real-time processing method and system of big data of marketing in intelligent grid |
-
2017
- 2017-04-27 CN CN201710288499.4A patent/CN107239878A/en active Pending
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101043152A (en) * | 2006-03-24 | 2007-09-26 | 上海市电力公司 | Intelligent decision support system for urban power grid accidents |
| US8954568B2 (en) * | 2011-07-21 | 2015-02-10 | Yahoo! Inc. | Method and system for building an elastic cloud web server farm |
| CN103472812A (en) * | 2013-09-30 | 2013-12-25 | 江苏新瑞节能工程有限公司 | Energy management system |
| CN104035409A (en) * | 2014-06-04 | 2014-09-10 | 国家电网公司 | Demand response system oriented to building energy optimizing operation |
| CN105631764A (en) * | 2015-12-31 | 2016-06-01 | 国网电力科学研究院武汉南瑞有限责任公司 | Smart power grid big data application system orienting smart city |
| CN105654393A (en) * | 2015-12-31 | 2016-06-08 | 国网电力科学研究院武汉南瑞有限责任公司 | Energy efficiency management service system of power distribution network area |
| CN106326331A (en) * | 2016-06-29 | 2017-01-11 | 河南许继仪表有限公司 | Intelligent power utilization data service system based on cloud computation |
| CN106547882A (en) * | 2016-11-03 | 2017-03-29 | 国网重庆市电力公司电力科学研究院 | A kind of real-time processing method and system of big data of marketing in intelligent grid |
Non-Patent Citations (3)
| Title |
|---|
| 宋亚奇: "智能电网大数据处理技术现状与挑战", 《电网技术》 * |
| 杨立业: "智能电网大数据融合方法研究及应用", 《中国优秀硕士学位论文全文数据库 工程科技Ⅱ辑》 * |
| 王德文等: "基于云计算的智能电网信息平台", 《电力系统自动化》 * |
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