CN108665138A - A kind of modularization power supply plan selection method - Google Patents
A kind of modularization power supply plan selection method Download PDFInfo
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- CN108665138A CN108665138A CN201810258728.2A CN201810258728A CN108665138A CN 108665138 A CN108665138 A CN 108665138A CN 201810258728 A CN201810258728 A CN 201810258728A CN 108665138 A CN108665138 A CN 108665138A
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Abstract
The present invention provides and a kind of modularization power supply plan selection method then summarize fine tuning again by by the two-way standard modular of supply and demand, summarizing classification, then being matched step by step, finally efficiently easily make the power supply plan for meeting customer requirement；The power supply plan depth that the method is designed through the invention improves, and facilitates Customer design and construction, it is ensured that customer engineering high quality high standard, power grid security and strong can be ensured by accessing after power grid；It not only ensure that the important element of scheme and require the reference do not omitted, while also provided for design.
Description
Technical field
The present invention relates to power supply technique fields, and in particular to a kind of modularization power supply plan selection method.
Background technology
Power supply plan refers to meeting the supply of electric power specific implementation plan of customer electricity demand, is that client is set by electrical engineering
Meter, planning path and construction foundation, be ensure client's power supply reliability, power supply quality and economical operation important ring
Section, the establishment and audit of power supply plan directly affect the quality and efficiency of the entire engineering of client.There are following for previous programming
Problem：
（One）Lack specification.Establishment power supply plan does not have fixed cannonical format at present, various due to being related to basic material content,
Technical parameter 150 is multinomial, writes content disunity every time, is lack of consistency and preciseness.
（Two）It is less efficient.Power supply plan authorized personnel needs to reconnoitre to scene, records live basic condition, receipt
Essential information is collected, arrange and is analyzed behind position, verifies power supply point, the technical standard of relevant parameter and management requirement etc.
Deng after comprehensive various situations, then carrying out programming, the time needed is longer, and establishment is less efficient.
（Three）Scheme depth is inadequate.Electricity is influenced on cable in access system and client's power receiving equipment etc. in power supply plan at present
The key parameter of net safety does not clearly state, and is not clearly stated to client's power receiving equipment side primary connection situation.So that setting
It counts link and lacks data, check and accept link and lack foundation.
（Four）The requirement of the quick power transmission of client, while being also the demand of company's Stiffness agent.Accelerate client to be connect by electrical engineering
Electric speed is one of the important measure that company reinforces service-type firm's construction, and previous programming pattern cannot be satisfied client increasingly
The demand for services of growth, it is necessary to change original pattern, accelerates programming speed, so that Business Process System engineering is early designed, early construct,
Early power transmission, shortens the period of surplus capacity, while company also increases and sold electricity.
Invention content
In order to solve the above technical problems, the present invention provides and a kind of modularization power supply plan selection method, pass through by
The two-way standard modular of supply and demand, is then matched step by step, to select most suitable method of supplying power to, improves power supply plan selection
Convenience.
The present invention is in order to solve the above technical problems, used technical solution is as follows：
The present invention includes the following steps：
1) the overall architectural plan provided according to user and specification, according to user type, user power utilization demand and preliminary
The building is carried out modular classification number by electricity consumption scale, and is fabricated to electrical form, is worksheet one；
2) according to user power utilization it needs to be determined that the position of switchyard or switchgear house switchyard or switchgear house；
3) worksheet one and switchyard or switchgear house switchyard or switchgear house corresponding information SG186 systems are inputted to converge into row information
Always；The SG186 systems are State Grid Corporation of China's integration firm grade information integrated platforms, and function is this with application method
The common knowledge that field those of ordinary skill should learn is not done specifically repeat herein；
4) total connection plan is divided into three total modules：Wiring module, by electrical engineering module and metering and billing module；
5) Wiring module is divided into two submodules according to power supply type：Cable module and line module；It is described by electrical engineering
Module is divided into Zhu Shang substations module, box-type substation module and power distribution station module according to type；The metering and billing module
It is divided into two module of one module of stoichiometric point and stoichiometric point according to stoichiometric point；Total module and submodule block number are aggregated into database, from
Module corresponding with user building modules is chosen in database, and makes electrical form, is worksheet two；
6) electric power safety equipment technical parameters are selected according to user power utilization type；
7) network system figure is called in SG186 systems, searches power supply point, capacity can be opened by power supply point lookup, it is ensured that electricity
Source point is available；
8) it is selected step by step in each module in worksheet two, it, will be each until choosing minimum submodule
Submodule is matched step by step with worksheet one, is then adjusted, and wiring diagram is generated；
9) wiring diagram of generation is verified and is adjusted.
Further, the worksheet one is multistage table, and level-one table is user type；Two level table is user power utilization
Demand type；Tertiary table is user power utilization scale type；Level Four table is user's external power supply type.
Further, the step 9）Detailed process include：
A) can open capacity verification, apply to install capacity be less than can open capacity；
B) relevant parameter comparison verification；
C) parameter selection foundation and related request are verified.
In the construction process according to the plan view of antenna pole, ensure the equipment such as arrester, disconnecting switch is related to satisfaction peace
Reload request, by electrical engineering combination power distribution station primary system figure, case become primary system figure and it is aerial become platform plan view carry out installation and
Construction.
The present invention has the following technical effect that：
The present invention is used by by the two-way standard modular of supply and demand, summarizing classification, then being matched step by step, is then summarized again micro-
It adjusts, finally efficiently easily makes the power supply plan for meeting customer requirement；
（One）The power supply plan depth that the method is designed through the invention improves, and facilitates Customer design and construction, it is ensured that
Customer engineering high quality high standard can ensure power grid security and strong after accessing power grid.
（Two）It is unified and standard, while standard also improves.The same scheme, 100 people establishment is the result is that the same, and one
Individual's 100 different schemes of establishment, the format of scheme is also unified, not only ensure that the important element of scheme and requirement do not have
The reference omitted, while also provided for design.
（Three）The programming time substantially shortens, and achieves noticeable achievement, and by the parameter of Integrated Solution module, simplifies parameter meter
It calculates and the search procedure of related data, power supply plan is related to speed and obviously accelerates, the time for replying averagely shortens 2 days.
To relatively simple by electrical engineering, in the case of most fast, 500 kilovolt-amperes and following industry expand project can be from original
15 working days（30 working days of dual power supply）It is reduced to 2 working days, first day live drawing up a plan is organized to examine behind receipt position
Core scheme can reply client in second day.
（Four）Practical application, user service perceptibility are obviously improved, the power supply plan being related to through the invention, and client feels
Conceptual design speed is obviously accelerated, and profound lesson has arrived the promotion of efficiency of service, has embodied clothes convenience-for-people, favorable to the people, for the people
Business theory；Install convenient of the present invention, easy to operate, the requirement for expanding new model with industry mutually agrees with, and practical is strong；Design scheme
When consider various situations, and be provided simultaneously with upgrade function, can be good at adapting to various management modes.
Specific implementation mode
Technical scheme of the present invention is further elaborated below in conjunction with specific embodiment.
The present invention includes the following steps：
1) user's architectural plan is made；According to architectural plan, the building is subjected to modular classification number according to house type, and
It is fabricated to electrical form, is worksheet one；
2) according to user power utilization it needs to be determined that consumer unit position；The position of consumer unit should have both Electrical Safety and user
Just；
3) worksheet one and consumer unit position input SG186 systems are summarized into row information；The SG186 systems are countries
Grid company integration firm grade information integrated platform, function should be learnt with application method for those of ordinary skill in the art
Common knowledge, do not do specifically repeat herein；
4) total connection plan is divided into three total modules：Wiring module, by electrical engineering module and metering and billing module；
5) Wiring module is divided into two submodules according to power supply type：Cable module and line module；It is described by electrical engineering
Module is divided into Zhu Shang substations module, box-type substation module and power distribution station module according to type；The metering and billing module
It is divided into two module of one module of stoichiometric point and stoichiometric point according to stoichiometric point；Total module and submodule block number are aggregated into database, from
Module corresponding with user building modules is chosen in database, and makes electrical form, is worksheet two；
6) electric power safety equipment technical parameters are selected according to user power utilization type；
7) network system figure is called in SG186 systems, searches power supply point, capacity can be opened by power supply point lookup, it is ensured that electricity
Source point is available；
8) it is selected step by step in each module in worksheet two, it, will be each until choosing minimum submodule position
Submodule is matched step by step with worksheet one, is then adjusted, and wiring diagram is generated；
9) wiring diagram of generation is verified and is adjusted.
Further, since the design of many residential buildings has similarity, including house type, cell layout and floor cloth
Similar house type, cell layout and floor layout are respectively defined as module by office, are carried out standard modular, are converged after number
Assembly database；Therefore the worksheet one is multistage table, and level-one table is building type；Two level table is floor type；
Tertiary table is cell type；Level Four table is house type, and corresponding module number is then chosen from database and is labeled；
Further, the step 9）Detailed process include：
A) can open capacity verification, apply to install capacity be more than can open capacity；
B) relevant parameter comparison verification；
C) parameter selection foundation and related request are verified.
In the construction process according to the plan view of antenna pole, ensure the equipment such as arrester, disconnecting switch is related to satisfaction peace
Reload request, by electrical engineering combination power distribution station primary system figure, case become primary system figure and it is aerial become platform plan view carry out installation and
Construction.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest range caused.
Claims (3)
1. a kind of modularization power supply plan selection method, which is characterized in that it includes the following steps：
1）The overall architectural plan provided according to user and specification, according to user type, user power utilization demand and preliminary
The building is carried out modular classification number by electricity consumption scale, and is fabricated to electrical form, is worksheet one；
2）According to user power utilization it needs to be determined that the position of switchyard or switchgear house switchyard or switchgear house；
3）Worksheet one and switchyard or switchgear house switchyard or switchgear house corresponding information are inputted SG186 systems to converge into row information
Always；
4）Total connection plan is divided into three total modules：Wiring module, by electrical engineering module and metering and billing module；
5）The Wiring module is divided into two submodules according to power supply type：Cable module and line module；It is described by electrical engineering
Module is divided into Zhu Shang substations module, box-type substation module and power distribution station module according to type；The metering and billing module
It is divided into two module of one module of stoichiometric point and stoichiometric point according to stoichiometric point；Total module and submodule are summarized into making electrical form, are
Worksheet two；
6）Electric power safety equipment technical parameters are selected according to user power utilization type；
7）Network system figure is called in SG186 systems, searches power supply point, capacity can be opened by power supply point lookup, it is ensured that electricity
Source point is available；
8）It is selected step by step in each module in worksheet two, it, will be each until choosing minimum submodule
Submodule is matched step by step with worksheet one, is then adjusted, and wiring diagram is generated；
9）The wiring diagram of generation is verified and adjusted.
2. a kind of modularization power supply plan selection method according to claim 1, which is characterized in that the worksheet one is
Multistage table, level-one table are user type；Two level table is user power utilization demand type；Tertiary table is user power utilization scale
Type；Level Four table is user's external power supply type.
3. a kind of modularization power supply plan selection method according to claim 1, which is characterized in that the step 9）Tool
Body process includes：
A) can open capacity verification, apply to install capacity be less than can open capacity；
B) relevant parameter comparison verification；
C) parameter selection foundation and related request are verified.
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| CN201810258728.2A CN108665138B (en) | 2018-03-27 | 2018-03-27 | Modular power supply scheme selection method |
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| CN201810258728.2A CN108665138B (en) | 2018-03-27 | 2018-03-27 | Modular power supply scheme selection method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109521672A (en) * | 2018-10-22 | 2019-03-26 | 东北大学 | A kind of intelligent selecting method of electric arc furnaces power supply curve |
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| US9698597B1 (en) * | 2012-11-14 | 2017-07-04 | Atmel Corporation | Adjustable power and system efficiency maximizing scheme using micro-controllers |
| CN104657824A (en) * | 2015-02-12 | 2015-05-27 | 国家电网公司 | Automatic generation system for power supply scheme of modern power distribution network |
| CN106940826A (en) * | 2017-02-27 | 2017-07-11 | 国家电网公司 | Modularization power supply plan automatic generation method |
| CN106940827A (en) * | 2017-02-27 | 2017-07-11 | 国家电网公司 | Modularization power supply plan automatic generation method based on AR technologies and VR technologies |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109521672A (en) * | 2018-10-22 | 2019-03-26 | 东北大学 | A kind of intelligent selecting method of electric arc furnaces power supply curve |
| CN109521672B (en) * | 2018-10-22 | 2021-08-13 | 东北大学 | Intelligent selection method for power supply curve of electric arc furnace |
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