CN110443508A - A kind of Electric Power Project Management system - Google Patents
A kind of Electric Power Project Management system Download PDFInfo
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- CN110443508A CN110443508A CN201910725875.0A CN201910725875A CN110443508A CN 110443508 A CN110443508 A CN 110443508A CN 201910725875 A CN201910725875 A CN 201910725875A CN 110443508 A CN110443508 A CN 110443508A
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Abstract
The invention discloses a kind of Electric Power Project Management systems, including information acquisition unit, data analysis unit, engineer's analytical unit, pre-feasibility judging unit and stage feasibility judging unit；Corresponding to proposed power engineering by information acquisition unit, all data information carries out acquisition and respective material amount on the spot and is estimated；The data obtained by data analysis unit according to information acquisition unit are compared and analyzed with industry standard standard, are obtained a result；The data that information acquisition unit obtains are transferred in engineer's analysis system by engineer's analytical unit, are analyzed and determined by expert engineer, are obtained a result；Pre-feasibility judging unit show that proposed preceding feasibility judges according to the analysis result of data analysis unit and engineer's analytical unit；Next step stage feasibility judging unit is carried out the information collection of next step, is analyzed stage by stage, obtained a result according to the judging result of pre-feasibility judging unit after feasibility analysis.
Description
Technical field
The present invention relates to Electric Power Project Management technical field, specially a kind of Electric Power Project Management system.
Background technique
Power engineering broadly further includes using electricity as power that is, with the production of electric energy, conveying, the related engineering of distribution
The engineering applied in multiple fields with the energy.It is understood that simultaneously and power transformation industry is sent to expand engineering.After 20th century, the life of electric energy
It produces mainly by thermal power plant, power station and nuclear power station.Conditional place is also generated electricity using tide, underground heat and wind energy.Electric energy
Conveying and distribution are mainly realized by high and low pressure AC power network.As the direction of power transmission engineering technology development, emphasis
It is research extra-high voltage (1,000,000 volts or more) ac transmission and HVDC Transmission Technology, forms bigger electric power networks；It also to grind simultaneously
The technical issues of studying carefully superconductor electrical energy transportation.The large-scale power system that 20th century occurred is by power generation, transmission of electricity, power transformation, distribution, electricity consumption
Comprehensive all link is an organic whole, becomes in social materialss production division that spatial extent is most wide, time coordination is stringent, level
The extremely complicated entity project system of the division of labor.
The development for seriously hampering national economy that electric power is insufficient, in recent years, governments at all levels, China generally increase to electric power
The dynamics of investment of engineering project, power engineering project play increasingly important role in Chinese society, economic development.Just
It increases sharply in power engineering project investment, while effectively spurring economic growth, also occurs some cannot be neglected successively
Problem, as portfolio performance is undesirable, low-level duplicate construction is serious, ignores the problems such as environmental pollution monitoring.It is limited in order to make
Power engineering project investment plays bigger benefit, and before capital construction, management and planning feasibility to entire engineering are ground for power engineering
Study carefully particularly significant.
Summary of the invention
The purpose of the present invention is to provide a kind of Electric Power Project Management systems, to solve mentioned above in the background art ask
Topic.
To achieve the above object, the invention provides the following technical scheme: a kind of Electric Power Project Management system, including information obtain
Take unit, data analysis unit, engineer's analytical unit, pre-feasibility judging unit and stage feasibility judging unit；Its
In:
Information acquisition unit, corresponding to proposed power engineering, all data information is acquired and is corresponded on the spot material
Doses is estimated；
Data analysis unit is compared and analyzed with industry standard standard according to the data that information acquisition unit obtains, is obtained
Result out；
The data that information acquisition unit obtains are transferred in engineer's analysis system, by special by engineer's analytical unit
Industrial engineering (IE) Shi Jinhang is analyzed and determined, is obtained a result；
Pre-feasibility judging unit obtains proposed according to the analysis result of data analysis unit and engineer's analytical unit
Preceding feasibility judgement；
Stage feasibility judging unit, according to the judging result of pre-feasibility judging unit, after feasibility analysis,
The information collection for carrying out next step, is analyzed stage by stage, is obtained a result.
Preferably, the information acquisition unit is connected to data analysis unit and engineer's analytical unit, and data analysis is single
Member and engineer's analytical unit are connected to pre-feasibility judging unit, and pre-feasibility judging unit is connected to stage feasibility
Judging unit.
Preferably, the information acquisition unit includes installed capacity data acquisition module, plant site selection measurement module, raw material
Dosage calculates module and geological condition estimation block；Wherein:
Installed capacity data acquisition module, capacity motor data needed for treating proposed power engineering are acquired；
Plant site selection measurement module, selects suitable construction address, and according to proposed power engineering scale to factory site
The data such as area are acquired；
Raw material dosage calculates module, calculates according to proposed power engineering scale to required raw material dosage, obtains
Specific data area；
Geological condition estimation block searches the geology in factory site location according to the results of measuring of plant site selection measurement module
Data.
Preferably, according to raw material dosage calculate module results of measuring, search factory site near material supplier's quantity and
The specific number of supply, if meet raw material institute expense.
Preferably, the geological condition estimation block need to obtain the underground in 10 kilometer range of factory site location and its periphery
Water distribution data, tectonic plates mobile data and earthquake occurrence frequency data over the years.
Preferably, the data analysis unit includes model building module, standardization comparison module and analytical judgment module；
Wherein:
Model building module establishes analysis model according to the information data that information acquisition unit acquires；
Comparison module is standardized, analysis model data and codes and standards data in industry are compared.
It analyzes and determines module, comparing result is subjected to discriminatory analysis, it was therefore concluded that, it is single to be sent to pre-feasibility judgement
Member.
Preferably, engineer's analytical unit includes same type comparison module, supply and demand comparison module and empirical judgement
Module；Wherein:
Same type comparison module, engineer obtain information by data system, the electric power of measurement data and same type are set
It is standby to be compared；
Supply and demand comparison module calculates the results of measuring of module according to raw material dosage, estimates the pre-output amount of power equipment, than
More whether supply-demand relationship is met；
Empirical judgment module, expert engineer is according to the comparison result and supply-demand relationship number with same type power equipment
According to obtaining feasibility judging result.
Preferably, the pre-feasibility judging unit includes data collection module, Comparative result module and data output
Module；Wherein:
Data analysis unit and engineer analytical unit Alto are washed result and summarized by data collection module；
Comparative result module, the information after summarizing carry out Comprehensive Comparison, obtain a result；
Data outputting module shows the structure output that Comparative result module obtains.
Preferably, the stage feasibility judging unit include interim data acquisition module, by different level computing module and
As a result output module；Wherein:
Interim data acquisition module obtains the interim data in power equipment process of construction；
Computing module by different level, the data that will acquire are analyzed by different level, obtain the data result in each stage；
Result is carried out output and shown by as a result output module, and record management.
Compared with prior art, the beneficial effects of the present invention are: the present invention can be to the proposed preparation of power equipment and project
Data in process of construction carry out analysis test, to carry out energy-saving management to power equipment；Pass through information acquisition unit pair
Acquisition and respective material amount on the spot should be carried out to proposed power engineering, all data information to be estimated；Pass through data point
The data that analysis unit is obtained according to information acquisition unit are compared and analyzed with industry standard standard, are obtained a result；Engineer point
The data that information acquisition unit obtains are transferred in engineer's analysis system by analysis unit, are carried out analysis by expert engineer and are sentenced
It is disconnected, it obtains a result；Pre-feasibility judging unit is obtained according to the analysis result of data analysis unit and engineer's analytical unit
Feasibility judgement before proposed；Next step stage feasibility judging unit according to the judging result of pre-feasibility judging unit,
After feasibility analysis, the information collection of next step is carried out, is analyzed stage by stage, is obtained a result.
Detailed description of the invention
Fig. 1 is workflow schematic diagram of the invention.
In figure: 1, information acquisition unit；11, installed capacity data acquisition module；12, plant site selection measurement module；13, former
Expect that dosage calculates module；14, geological condition estimation block；2, data analysis unit；21, model building module；22, it standardizes
Comparison module；23, module is analyzed and determined；3, engineer's analytical unit；31, same type comparison module；32, supply and demand comparison module；
33, empirical judgment module；4, pre-feasibility judging unit；41, data collection module；42, Comparative result module；43, number
According to output module；5, stage feasibility judging unit；51, interim data acquisition module；52, computing module by different level；53, it ties
Fruit output module.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that the orientation of the instructions such as term "vertical", "upper", "lower", "horizontal"
Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, and
It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore
It is not considered as limiting the invention.
In the description of the present invention, it is also necessary to which explanation is unless specifically defined or limited otherwise, term " setting ",
" installation ", " connected ", " connection " shall be understood in a broad sense, for example, it may be fixedly connected, may be a detachable connection or one
Connect to body；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, it can also be indirect by intermediary
It is connected, can be the connection inside two elements.For the ordinary skill in the art, it can manage as the case may be
Solve the concrete meaning of above-mentioned term in the present invention.
Referring to Fig. 1, the present invention provides a kind of technical solution: a kind of Electric Power Project Management system, including acquisition of information list
Member 1, data analysis unit 2, engineer's analytical unit 3, pre-feasibility judging unit 4 and stage feasibility judging unit 5；
Wherein:
Information acquisition unit 1, corresponding to proposed power engineering, all data information is acquired and is corresponded on the spot material
Doses is estimated；
Data analysis unit 2 is compared and analyzed according to the data that information acquisition unit 1 obtains with industry standard standard,
It obtains a result；
The data that information acquisition unit 1 obtains are transferred in engineer's analysis system, pass through by engineer's analytical unit 3
Expert engineer analyzes and determines, obtains a result；
Pre-feasibility judging unit 4 is obtained according to the analysis result of data analysis unit 2 and engineer's analytical unit 3
Feasibility judgement before proposed；
Stage feasibility judging unit 5, according to the judging result of pre-feasibility judging unit 4, passes through feasibility analysis
Afterwards, the information collection for carrying out next step, is analyzed stage by stage, is obtained a result.
Further, the information acquisition unit 1 is connected to data analysis unit 2 and engineer's analytical unit 3, data point
Analysis unit 2 and engineer's analytical unit 3 are connected to pre-feasibility judging unit 4, and pre-feasibility judging unit 4 is connected to rank
Section feasibility judging unit 5.
Further, the information acquisition unit 1 includes installed capacity data acquisition module 11, plant site selection measurement module
12, raw material dosage measuring and calculating module 13 and geological condition estimation block 14；Wherein:
Installed capacity data acquisition module 11, capacity motor data needed for treating proposed power engineering are acquired；
Plant site selection measurement module 12, selects suitable construction address, and according to proposed power engineering scale to factory
The data such as location area are acquired；
Raw material dosage calculates module 13, calculates according to proposed power engineering scale to required raw material dosage, obtains
Provide volume data range；
Geological condition estimation block 14 searches factory site location according to the results of measuring of plant site selection measurement module 12
Geologic data.
Further, the results of measuring of module 13 is calculated according to raw material dosage, searches the raw material supply quotient near factory site
Amount and the specific number of supply, if meet raw material institute expense.
Further, the geological condition estimation block 14 need to obtain in 10 kilometer range of factory site location and its periphery
Groundwater occurrence data, tectonic plates mobile data and earthquake occurrence frequency data over the years.
Further, the data analysis unit 2 includes model building module 21, standardization comparison module 22 and analysis
Judgment module 23；Wherein:
Model building module 21 establishes analysis model according to the information data that information acquisition unit 1 acquires；
Comparison module 22 is standardized, analysis model data and codes and standards data in industry are compared.
It analyzes and determines module 23, comparing result is subjected to discriminatory analysis, it was therefore concluded that, it is single to be sent to pre-feasibility judgement
Member 4.
Further, engineer's analytical unit 3 includes same type comparison module 31, supply and demand comparison module 32 and experience
Property judgment module 33；Wherein:
Same type comparison module 31, engineer obtains information by data system, by the electric power of measurement data and same type
Equipment is compared；
Supply and demand comparison module 32 calculates the results of measuring of module 13 according to raw material dosage, estimates the pre-output of power equipment
More whether amount, meet supply-demand relationship；
Empirical judgment module 33, expert engineer is according to the comparison result and supply-demand relationship number with same type power equipment
According to obtaining feasibility judging result.
Further, the pre-feasibility judging unit 4 includes data collection module 41,42 sum number of Comparative result module
According to output module 43；Wherein:
Data analysis unit 2 and 3 Alto of engineer's analytical unit are washed result and summarized by data collection module 41；
Comparative result module 42, the information after summarizing carry out Comprehensive Comparison, obtain a result；
Data outputting module 43 shows the structure output that Comparative result module 42 obtains.
Further, the stage feasibility judging unit 5 includes interim data acquisition module 51, calculates mould by different level
Block 52 and result output module 53；Wherein:
Interim data acquisition module 51 obtains the interim data in power equipment process of construction；
Computing module 52 by different level, the data that will acquire are analyzed by different level, obtain the data result in each stage；
Result is carried out output and shown by as a result output module 53, and record management.
Working principle: corresponding to proposed power engineering by information acquisition unit 1, all data information carries out on the spot
Acquisition and respective material amount are estimated；The data and industry obtained by data analysis unit 2 according to information acquisition unit 1 are advised
Model standard compares and analyzes, and obtains a result；The data that information acquisition unit 1 obtains are transferred to work by engineer's analytical unit 3
It in Cheng Shi analysis system, is analyzed and determined, is obtained a result by expert engineer；
Pre-feasibility judging unit 4 is obtained according to the analysis result of data analysis unit 2 and engineer's analytical unit 3
Feasibility judgement before proposed；In next step, stage feasibility judging unit 5 is according to the judgement knot of pre-feasibility judging unit 4
Fruit is carried out the information collection of next step, is analyzed stage by stage, obtained a result after feasibility analysis.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (9)
1. a kind of Electric Power Project Management system, it is characterised in that: including information acquisition unit (1), data analysis unit (2), work
Cheng Shi analytical unit (3), pre-feasibility judging unit (4) and stage feasibility judging unit (5)；Wherein:
Information acquisition unit (1), corresponding to proposed power engineering, all data information is acquired on the spot and respective material
Amount is estimated；
Data analysis unit (2) is compared and analyzed according to the data that information acquisition unit (1) obtains with industry standard standard,
It obtains a result；
The data that information acquisition unit (1) obtains are transferred in engineer's analysis system, pass through by engineer's analytical unit (3)
Expert engineer analyzes and determines, obtains a result；
Pre-feasibility judging unit (4) is obtained according to the analysis result of data analysis unit (2) and engineer's analytical unit (3)
Proposed preceding feasibility judgement out；
Stage feasibility judging unit (5) passes through feasibility analysis according to the judging result of pre-feasibility judging unit (4)
Afterwards, the information collection for carrying out next step, is analyzed stage by stage, is obtained a result.
2. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: the information acquisition unit (1)
It is connected to data analysis unit (2) and engineer's analytical unit (3), data analysis unit (2) and engineer's analytical unit (3) are even
It is connected to pre-feasibility judging unit (4), pre-feasibility judging unit (4) is connected to stage feasibility judging unit (5).
3. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: the information acquisition unit (1)
Including installed capacity data acquisition module (11), plant site selection measurement module (12), raw material dosage measuring and calculating module (13) and geology
Situation estimation block (14)；Wherein:
Installed capacity data acquisition module (11), capacity motor data needed for treating proposed power engineering are acquired；
Plant site selection measurement module (12), selects suitable construction address, and according to proposed power engineering scale to factory site
The data such as area are acquired；
Raw material dosage calculates module (13), calculates according to proposed power engineering scale to required raw material dosage, obtains
Specific data area；
Geological condition estimation block (14) searches factory site location according to the results of measuring of plant site selection measurement module (12)
Geologic data.
4. a kind of Electric Power Project Management system according to claim 3, it is characterised in that: calculate module according to raw material dosage
(13) results of measuring searches material supplier's quantity and the specific number of supply near factory site, if meet needed for raw material
Dosage.
5. a kind of Electric Power Project Management system according to claim 3, it is characterised in that: the geological condition estimation block
(14) need to obtain groundwater occurrence data in 10 kilometer range of factory site location and its periphery, tectonic plates mobile data and
Earthquake occurrence frequency data over the years.
6. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: the data analysis unit (2)
Including model building module (21), standardization comparison module (22) and analyze and determine module (23)；Wherein:
Model building module (21) establishes analysis model according to the information data that information acquisition unit (1) acquires；
It standardizes comparison module (22), analysis model data and codes and standards data in industry is compared.
It analyzes and determines module (23), comparing result is subjected to discriminatory analysis, it was therefore concluded that, it is sent to pre-feasibility judging unit
(4)。
7. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: engineer's analytical unit
It (3) include same type comparison module (31), supply and demand comparison module (32) and empirical judgment module (33)；Wherein:
Same type comparison module (31), engineer obtain information by data system, the electric power of measurement data and same type are set
It is standby to be compared；
Supply and demand comparison module (32) calculates the results of measuring of module (13) according to raw material dosage, estimates the pre-output of power equipment
More whether amount, meet supply-demand relationship；
Empirical judgment module (33), expert engineer is according to the comparison result and supply-demand relationship number with same type power equipment
According to obtaining feasibility judging result.
8. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: the pre-feasibility judgement is single
First (4) include data collection module (41), Comparative result module (42) and data outputting module (43)；Wherein:
Data collection module (41), by data analysis unit (2) and engineer's analytical unit, (3) Alto wash result and summarize；
Comparative result module (42), the information after summarizing carry out Comprehensive Comparison, obtain a result；
Data outputting module (43) shows the structure output that Comparative result module (42) obtains.
9. a kind of Electric Power Project Management system according to claim 1, it is characterised in that: the stage feasibility judgement is single
First (5) include interim data acquisition module (51), by different level computing module (52) and result output module (53)；Wherein:
Interim data acquisition module (51), obtains the interim data in power equipment process of construction；
Computing module (52) by different level, the data that will acquire are analyzed by different level, obtain the data result in each stage；
Result is carried out output and shown by as a result output module (53), and record management.
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