CN104538958B - The intelligent analysis method of Electricity customers electrical network access point and system - Google Patents
The intelligent analysis method of Electricity customers electrical network access point and system Download PDFInfo
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Abstract
The present invention discloses a kind of intelligent analysis method and system of Electricity customers electrical network access point, and the method comprises: what receive Electricity customers applies to install information; The information of applying to install comprises to be applied to install address, apply to install type, applies to install capacity and synchronous coefficient; According to the anchor point applied to install address and determine on map, search within the scope of the appointment search radius of anchor point meet pre-conditioned access point apparatus according to applying to install type; Obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain access point apparatus intend the historical data of access according to applying to install type, and calculate intend access place access described access point apparatus after maximum load rate; Judge whether maximum load rate is less than or equal to threshold value; If so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers.The invention provides a kind of computational methods newly applying to install the rear apparatus of load rate of load access of joining information integerated based on battalion, the selection for power supply plan provides strong support foundation.
Description
[technical field]
The present invention relates to distribution technical field, particularly a kind of intelligent analysis method of Electricity customers electrical network access point and system.
[background technology]
Business Process System is directly in the face of Electricity customers, and its working level is significant to raising customer service quality, and the formulation power supply plan in Business Process System is the important ring that whole industry expands in flow process.It is intelligent analysis and the management of expanding power supply plan based on power network resources topological realization industry that industry expands auxiliary applying to install, according to the information such as capacity of applying to install, electricity consumption address, load character of Electricity customers, in conjunction with power network topology, near-realtime data, realize assistant analysis and the decision-making of power supply plan.
The Electricity customers electrical network access point analysis of current domestic most power supply enterprise still rests on initial analysis level, information fusion degree is low, the Top-down design of shortage system and the lateral direction penetrating of business datum, still exist lack device history service data support, be difficult to estimate the access of new load after on problems such as the impacts of line load rate, cannot evaluate power supply reliability, have impact on science, objectivity and high efficiency that power supply plan is formulated.
[summary of the invention]
Based on this, the invention provides a kind of intelligent analysis method of Electricity customers electrical network access point, analyze the apparatus of load rate after newly applying to install load access, the selection for power supply plan provides strong support foundation.
The particular content of the embodiment of the present invention is as follows:
An intelligent analysis method for Electricity customers electrical network access point, comprises the steps:
What receive Electricity customers applies to install information; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
According to the described anchor point applied to install address and determine on map, apply to install type according to described, within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
Obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
Judge whether described maximum load rate is less than or equal to threshold value; If so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers.
Accordingly, the present invention also provides a kind of intelligent analysis system of Electricity customers electrical network access point, comprising:
Apply to install data obtaining module, apply to install information for what receive Electricity customers; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
Access point apparatus search module, for applying to install the anchor point that address is determined on map described in basis, applies to install type according to described, and within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
Access load factor analysis module, obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
Alternate access point screening module, for judging whether described maximum load rate is less than or equal to threshold value, if so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers.
The integrated data such as archives, topology, measurement being distributed in multiple system of the present invention, form a kind of computational methods newly applying to install the apparatus of load rate after load access of joining information integerated based on battalion, selection for power supply plan provides strong support foundation, changes the mode of operation of in the past by virtue of experience carrying out subjective judgement.
[accompanying drawing explanation]
Fig. 1 is the schematic flow sheet of the intelligent analysis method of a kind of Electricity customers electrical network access point in the embodiment of the present invention;
Fig. 2 is the structural representation of the intelligent analysis system of a kind of Electricity customers electrical network access point in the embodiment of the present invention.
[embodiment]
Below in conjunction with accompanying drawing, content of the present invention is further described.
As shown in Figure 1, the present embodiment provides a kind of intelligent analysis method of Electricity customers electrical network access point, specifically comprises the steps:
S1 receive Electricity customers apply to install information; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
S2 according to described in apply to install the anchor point determining on map in address, apply to install type according to described, within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
S3 obtains and applies to install customer information in transit from marketing system, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
S4 judges whether described maximum load rate is less than or equal to threshold value; If so, then S5 is entered;
S5 is using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers.
In marketing system, what store Electricity customers applies to install information, comprises applying to install address, apply to install capacity, applying to install type, synchronous coefficient etc., wherein applies to install type and comprises middle pressure and low pressure.Industry expand auxiliary apply to install that system obtains Electricity customers from marketing system apply to install information, then carry out Orientation on map according to the address of applying to install of this Electricity customers, determine anchor point.If apply to install address coordinate form (i.e. longitude and latitude form), then can directly position on map; If apply to install address street address, number and so on, then can according to this address in conjunction with adjacent table number and distribution account reconnaissance location on map.After determining anchor point, can according to appointment search radius, apply to install type and carry out topological analysis, search meets pre-conditioned access point apparatus.
Concrete, if applying to install type is middle pressure, access point apparatus comprises loading switch cabinet and middle depression bar tower, wherein loading switch cabinet is a kind of electric equipment, master switch and sub-control switch is comprised in this loading switch cabinet, outside line is introduced into master switch in loading switch cabinet, then enters sub-control switch, each along separate routes by the setting of its demand; Middle depression bar tower refers to that electric pressure is the overhead line structures of 10kV (sometimes also getting 6kV or 20kV), and in each, depression bar tower has it to number.In appointment search radius, search for loading switch cabinet and middle depression bar tower, wherein for loading switch cabinet, require that it is empty cupboard or the non-leading-out wire of existing switch; For middle depression bar tower, search for its numbering.
If applying to install type is low pressure, access point apparatus comprises low-voltage cabinet, low pressure shaft tower, low-pressure line-outgoing switch and low pressure access point, and wherein, low-voltage cabinet is a kind of electric equipment, according to the feeder number of outlet, low-voltage cabinet has to enter four to go out into scene 2, one enter six and go out three kinds of forms; Low pressure shaft tower refers to that electric pressure is the overhead line structures of 380V or 220V, and each low pressure shaft tower all has it to number; Low-pressure line-outgoing switch refers to the switchgear of low-voltage cabinet outlet; The ammeter box of low pressure access point unified installation under comprising community, building or ammeter, also comprise virtual point, for accessing the low-voltage client of multiple dispersion on map.Low-voltage cabinet, low pressure shaft tower, low-pressure line-outgoing switch and low pressure access point is searched in appointment search radius; Wherein for low-voltage cabinet, require that it is empty cupboard or the non-leading-out wire of existing switch; For low pressure shaft tower, search for its numbering.
Then obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain access point apparatus intend the historical data of access according to applying to install type, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus
Wherein, the customer information in transit that marketing system provides comprises the capacity of applying to install of client in transit and the synchronous coefficient of correspondence.When Electricity customers to apply to install type be middle pressure time, described historical data is the day maximum current that described access point apparatus intends access feeder line, calculates the maximum load rate of this feeder line after access point apparatus access feeder line by the following method:
(1) analog computation access point apparatus intends the load after accessing feeder line (i.e. the feeder line at access point apparatus place) new access Electricity customers and client in transit, specific formula for calculation:
Wherein, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient.
(2) according to load, power factor coefficient and feeder voltage grade that above-mentioned analog computation goes out, analog computation Electricity customers and client in transit access the electric current of this feeder line after this feeder line, and computing formula is as follows:
Wherein, I is the electric current that Electricity customers and client in transit access this feeder line after this feeder line, and U is feeder voltage grade, is generally 10kV,
for power factor coefficient, desirable 0.9.
(3) the day maximum current of the feeder line provided according to metering automation system calculates the year lowest high-current value of this feeder line; The load current value of this feeder line is obtained from distribution production system.
(4) calculate the maximum load rate of this feeder line after access point apparatus access feeder line, computing formula is:
Wherein, I is the electric current that above-mentioned Electricity customers and client in transit access this feeder line after this feeder line, I
maximumfor the year lowest high-current value of this above-mentioned feeder line, I
specifiedfor the load current value of this above-mentioned feeder line.
If the type of applying to install of Electricity customers is low pressure, then described historical data is the day maximum load rate that described access point apparatus intends assess station district, calculates the maximum load rate that access point apparatus accesses Hou Gaitai district of this district by the following method:
(1) similar in middle pressure situation, platform district, analog computation access point apparatus place newly accesses the load after Electricity customers and client in transit, specific formula for calculation:
Wherein, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient;
(2) the day maximum load rate in the platform district provided according to metering automation system calculates the year maximum load rate in this district;
(3) the maximum load rate after described access point apparatus is accessed by this district of following formulae discovery:
Wherein F ' is the maximum load rate in Hou Gaitai district of access point apparatus assess station district, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient, P
specifiedfor the rated capacity in platform district, F
mfor described year maximum load rate.
Pass through said method, be directed to and different apply to install type, calculate the maximum load rate after feeder line or platform district new access user, itself and threshold value are compared, if be greater than threshold value, then illustrate and the load factor in feeder line or platform district will be made too high after Electricity customers accesses this feeder line or platform district and cause accident of power supply, therefore the access point apparatus of current selected can not as alternative equipment.In other words, if the maximum load rate after the access point apparatus access chosen is less than or equal to threshold value, then feeder line or the too high phenomenon of platform district load factor can not be brought after Electricity customers access is described, therefore, can using the current access point apparatus chosen as stand-by equipment.
In sum, method integration in the present embodiment is distributed in the data such as archives, topology, measurement of multiple system (comprising marketing system, metering automation system, distribution production system), form a kind of computational methods newly applying to install the apparatus of load rate after load access of joining information integerated based on battalion, selection for power supply plan provides strong support foundation, changes the mode of operation of in the past by virtue of experience carrying out subjective judgement.
Further, after selecting stand-by equipment by said method, middle transition segment type number, feeder line outlet model, the T contact place circuit model of each stand-by equipment place circuit can also be analyzed further according to the network topology of distribution GIS (Geographic Information System, GIS-Geographic Information System).Wherein, middle transition segment type number refers on power circuit, from access point apparatus to transformer station's outlet switch the model of all conducting line segments of process; Feeder line outlet model refers to the unit type of transformer station's outlet first paragraph wire; And T Nodes circuit model refers to the conducting line segment model at the T contact place of power circuit and access point apparatus.
Analyze the middle transition segment type number of each stand-by equipment place circuit, feeder line outlet model, T contact place circuit model concrete steps as follows:
(1) power supply analysis is carried out to stand-by equipment, find out all line facilities of middle process along mains side, comprise overhead wire and cable;
(2) find out the circuit model of all line facilities that power supply is analyzed, remove repetition circuit model, by the order sequence from mains side to load side;
(3) the middle transition segment type number of stand-by equipment place circuit, feeder line outlet model, T contact place circuit model is searched out.
After searching out the middle transition segment type number of stand-by equipment place circuit, feeder line outlet model, T contact place circuit model, site inspection personnel can do fully to understand to line facility situation, identify the weak spot of supply line fast.
Further, the present invention is in order to verify power supply plan reliability further, also according to the Medium voltage switch or circuit breaker of the Network topology stand-by equipment place circuit of distribution GIS, and in conjunction with distribution GIS change family relation, estimate interruption duration, calculate Medium voltage switch or circuit breaker impact power failure time amount.Such as, carry out power supply analysis to stand-by equipment, the Asset Attributes analyzed from transformer station's outlet switch to stand-by equipment is public Medium voltage switch or circuit breaker, comprising: on-load switch, circuit breaker, then by the order display Medium voltage switch or circuit breaker from mains side to load side.Medium voltage switch or circuit breaker display format as:
110kV Die Bei transformer station-10kV707 car city line-folded public power distribution room G04 in branch line-, northern battle field No. 2 bar (tower)-battle field.
According to concrete Medium voltage switch or circuit breaker numbering, topological analysis goes out all transformers under this Medium voltage switch or circuit breaker, in conjunction with the change family relation of distribution GIS, can draw the number of users that this Medium voltage switch or circuit breaker affects; And then the number of users of interruption duration and Medium voltage switch or circuit breaker impact on the estimation, the amount during power failure affected when can calculate the power failure of this Medium voltage switch or circuit breaker.
By amount during the power failure of analyzing Medium voltage switch or circuit breaker impact, site inspection personnel comparatively comprehensively can evaluate impact on mains supply reliability after stand-by equipment access.
Further, the history real time data in access point apparatus place feeder line/platform district is shown, site inspection personnel are facilitated to check, displaying contents comprises the feeder line day maximum load rate provided by schedule information total management system, the feeder line day maximum current that metering automation system provides, platform district day maximum load rate etc.
Consider above method, can comparatively science from stand-by equipment for Electricity customers chooses final access point apparatus.
Accordingly, the present invention also provides a kind of intelligent analysis system of Electricity customers electrical network access point, as shown in Figure 2, comprising:
Apply to install data obtaining module 1, apply to install information for what receive Electricity customers; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
Access point apparatus search module 2, for applying to install the anchor point that address is determined on map described in basis, applies to install type according to described, and within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
Access load factor analysis module 3, obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
Alternate access point screening module 4, for judging whether described maximum load rate is less than or equal to threshold value, if so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers.
What in marketing system, store Electricity customers applies to install information, comprises applying to install address, apply to install capacity, applying to install type, synchronous coefficient etc., wherein applies to install type and comprises middle pressure and low pressure.That applies to install that data obtaining module 1 obtains Electricity customers from marketing system applies to install information, and access point apparatus search module 2 carries out Orientation on map according to the address of applying to install of this Electricity customers, determines anchor point.If apply to install address coordinate form (i.e. longitude and latitude form), then can directly position on map; If apply to install address street address, number and so on, then can according to this address in conjunction with adjacent table number and distribution account reconnaissance location on map.After determining anchor point, can according to appointment search radius, apply to install type and carry out topological analysis, search meets pre-conditioned access point apparatus.
In a kind of embodiment, access load factor analysis module 3 comprises:
Judge module 31, applies to install type for what judge Electricity customers;
Year maximum current acquisition module 32, for described to apply to install type be middle pressure time, from metering automation system, obtain the day maximum current that described access point apparatus intends accessing feeder line, and obtain the year lowest high-current value of described feeder line according to described day maximum current;
Rated current acquisition module 33, for obtaining the load current value of described feeder line;
Access current calculation module 34, access the electric current of this feeder line after described feeder line for calculating described Electricity customers and all clients in transit, computing formula is:
Wherein I is described electric current; P
new clothescapacity is applied to install for described Electricity customers; S
new clothesfor the synchronous coefficient of described Electricity customers; Describedly apply to install customer information in transit and comprise the capacity of applying to install of client in transit and the synchronous coefficient of correspondence,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient; U is feeder voltage grade;
for power factor coefficient;
Feeder line maximum load rate determination module 35, for I being added described year lowest high-current value is divided by described load current value, obtains the maximum load rate of described feeder line after the described access point apparatus of access.
When judge module 31 judge Electricity customers apply to install type as middle pressure time, year maximum current acquisition module 32 obtains the day maximum current of access point apparatus place feeder line from metering automation system, and count the year lowest high-current value of this feeder line, rated current acquisition module 33 obtains the load current value of this feeder line from distribution production system, result is all input to access current calculation module 34 by maximum current acquisition module 32 and rated current acquisition module 33, then access current calculation module 34 and apply to install capacity according to Electricity customers, synchronous coefficient, and the capacity of applying to install of client in transit and corresponding synchronous coefficient, power factor coefficient and, feeder voltage grade, analog computation Electricity customers and client in transit access the electric current of this feeder line after this feeder line, and by result of calculation incoming feeder maximum load rate determination module 35, the maximum load rate of described feeder line after the described access point apparatus of access is finally calculated by feeder line maximum load rate determination module 35.
In a kind of embodiment, access load factor analysis module 3 also comprises:
Year maximum load rate acquisition module 36, during for applying to install type as low pressure described in judging at described judge module, from metering automation system, obtain described access point apparatus intend the day maximum load rate in assess station district, and obtain the year maximum load rate in this district according to described day maximum load rate;
Platform district procurement of reserve capacity module 37, for obtaining the rated capacity in described district;
Platform district maximum load rate determination module 38, for being accessed the maximum load rate in Hou Gaitai district of described district by access point apparatus described in following formulae discovery:
Wherein F is the maximum load rate after this district accesses described access point apparatus, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient, P
specifiedfor described rated capacity, F
mfor described year maximum load rate.
If what judge Electricity customers by judge module 31 applies to install type as low pressure, then maximum load rate acquisition module 36 obtains the day maximum load rate that described access point apparatus intends assess station district from metering automation system year, count the year maximum load rate in this district, and result is input to platform district maximum load rate determination module 38; Platform district procurement of reserve capacity module 37 obtains the rated capacity in platform district from distribution production system, also result is input to platform district maximum load rate determination module 38.Platform district maximum load rate determination module 38 is according to capacity of applying to install, the synchronous coefficient of Electricity customers, and the capacity of applying to install of client in transit finally calculates the maximum load rate in Hou Gaitai district of access point apparatus assess station district with corresponding synchronous coefficient, the rated capacity in platform district, the year maximum load rate in platform district.
Further, the intelligent analysis system of Electricity customers electrical network access point of the present invention also can comprise:
Line facility model analysis module 5, for stand-by equipment place circuit according to the Network topology of distribution GIS middle transition segment type number, intend line attachment outlet model, T contact place circuit model.
After searching out the middle transition segment type number of stand-by equipment place circuit, feeder line outlet model, T contact place circuit model by line facility model analysis module 5, site inspection personnel can do fully to understand to line facility situation, identify the weak spot of supply line fast.
Further, the intelligent analysis system of Electricity customers electrical network access point of the present invention also can comprise:
Medium voltage switch or circuit breaker search module 61, the Medium voltage switch or circuit breaker of stand-by equipment place circuit according to the Network Topology Discovery of distribution GIS;
Power failure impact analysis module 62, for according to the change family relation of distribution GIS and estimate interruption duration, amount when calculating the power failure of described Medium voltage switch or circuit breaker impact.
When analyzing the power failure of Medium voltage switch or circuit breaker impact by Medium voltage switch or circuit breaker search module 61 and power failure impact analysis module 62 after amount, site inspection personnel just can comparatively comprehensively evaluate stand-by equipment access after impact on mains supply reliability.
The above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (6)
1. an intelligent analysis method for Electricity customers electrical network access point, is characterized in that, comprises the steps:
What receive Electricity customers applies to install information; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
According to the described anchor point applied to install address and determine on map, apply to install type according to described, within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
Obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
Judge whether described maximum load rate is less than or equal to threshold value;
If so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers;
Wherein, apply to install customer information in transit described in and comprise the capacity of applying to install of client in transit and the synchronous coefficient of correspondence; If described in apply to install type be middle pressure, then described historical data is the day maximum current that described access point apparatus intends access feeder line, and calculate according to the following steps this feeder line access described access point apparatus after maximum load rate:
The year lowest high-current value of described feeder line is obtained according to described day maximum current;
Obtain the load current value of described feeder line;
Calculate the electric current that described Electricity customers and all clients in transit access this feeder line after described feeder line, computing formula is:
Wherein I is described electric current, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient, U is feeder voltage grade,
for power factor coefficient;
Add that described year lowest high-current value is divided by described load current value with I, obtain described feeder line access described access point apparatus after maximum load rate;
If described in apply to install type be low pressure, then described historical data is the day maximum load rate that described access point apparatus intends assess station district, and calculate according to the following steps this district access described access point apparatus after maximum load rate:
Obtain the rated capacity in described district;
The year maximum load rate in this district is obtained according to the day maximum load rate in described district;
Maximum load rate by after access point apparatus access described in following formulae discovery:
Wherein F is the maximum load rate after described district accesses described access point apparatus, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient, P
specifiedfor described rated capacity, F
mfor described year maximum load rate.
2. the intelligent analysis method of Electricity customers electrical network access point according to claim 1, is characterized in that, also comprise the steps:
The middle transition segment type number of stand-by equipment place circuit, feeder line outlet model, T contact place circuit model according to the Network topology of distribution GIS.
3. the intelligent analysis method of Electricity customers electrical network access point according to claim 1 and 2, is characterized in that, also comprise the steps:
The Medium voltage switch or circuit breaker of stand-by equipment place circuit according to the Network Topology Discovery of distribution GIS;
According to the change family relation of distribution GIS and estimate interruption duration, amount when calculating the power failure of described Medium voltage switch or circuit breaker impact.
4. an intelligent analysis system for Electricity customers electrical network access point, is characterized in that, comprising:
Apply to install data obtaining module, apply to install information for what receive Electricity customers; Described information of applying to install comprises and applies to install address, applies to install type, applies to install capacity and synchronous coefficient;
Access point apparatus search module, for applying to install the anchor point that address is determined on map described in basis, applies to install type according to described, and within the scope of the appointment search radius of described anchor point, search meets pre-conditioned access point apparatus;
Access load factor analysis module, obtain from marketing system and apply to install customer information in transit, from metering automation system, obtain described access point apparatus intend the historical data of access according to described type of applying to install, and according to described apply to install customer information in transit, described historical data and described in apply to install type, apply to install capacity, synchronous coefficient calculates access place of described plan and accesses the maximum load rate after described access point apparatus;
Alternate access point screening module, for judging whether described maximum load rate is less than or equal to threshold value, if so, then using the stand-by equipment of access point apparatus corresponding for this maximum load rate as Electricity customers;
Wherein, described access load factor analysis module comprises:
Judge module, applies to install type for what judge Electricity customers;
Year maximum current acquisition module, for described to apply to install type be middle pressure time, from metering automation system, obtain the day maximum current that described access point apparatus intends accessing feeder line, and obtain the year lowest high-current value of described feeder line according to described day maximum current;
Rated current acquisition module, for obtaining the load current value of described feeder line;
Access current calculation module, access the electric current of this feeder line after described feeder line for calculating described Electricity customers and all clients in transit, computing formula is:
Wherein I is described electric current; P
new clothescapacity is applied to install for described Electricity customers; S
new clothesfor the synchronous coefficient of described Electricity customers; Describedly apply to install customer information in transit and comprise the capacity of applying to install of client in transit and the synchronous coefficient of correspondence,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient; U is feeder voltage grade;
for power factor coefficient;
Feeder line maximum load rate determination module, for I being added described year lowest high-current value is divided by described load current value, obtain described feeder line access described access point apparatus after maximum load rate;
Described access load factor analysis module also comprises:
Year maximum load rate acquisition module, during for applying to install type as low pressure described in judging at described judge module, from metering automation system, obtain described access point apparatus intend the day maximum load rate in assess station district, and obtain the year maximum load rate in this district according to described day maximum load rate;
Platform district procurement of reserve capacity module, for obtaining the rated capacity in described district;
Platform district maximum load rate determination module, for accessing the maximum load rate after described access point apparatus by platform district described in following formulae discovery:
Wherein F is the maximum load rate after described district accesses described access point apparatus, P
new clothescapacity is applied to install, S for described Electricity customers
new clothesfor the synchronous coefficient of described Electricity customers,
represent the cumulative sum of the capacity of applying to install of all clients in transit and the product of corresponding synchronous coefficient, P
specifiedfor described rated capacity, F
mfor described year maximum load rate.
5. the intelligent analysis system of Electricity customers electrical network access point according to claim 4, is characterized in that, also comprise:
Line facility model analysis module, for stand-by equipment place circuit according to the Network topology of distribution GIS middle transition segment type number, intend line attachment outlet model, T contact place circuit model.
6. the intelligent analysis system of the Electricity customers electrical network access point according to claim 4 or 5, is characterized in that, also comprise:
Medium voltage switch or circuit breaker search module, the Medium voltage switch or circuit breaker of stand-by equipment place circuit according to the Network Topology Discovery of distribution GIS;
Power failure impact analysis module, for according to the change family relation of distribution GIS and estimate interruption duration, amount when calculating the power failure of described Medium voltage switch or circuit breaker impact.
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| CN104966245B (en) * | 2015-06-30 | 2018-06-05 | 国网天津市电力公司 | A kind of visualization power supply plan auxiliary preparation method based on power grid GIS |
| CN108564873A (en) * | 2018-04-27 | 2018-09-21 | 广州供电局有限公司 | Ground drawing generating method and device for power distribution network Business Process System |
| CN111339227A (en) * | 2020-01-07 | 2020-06-26 | 国网安徽省电力有限公司合肥供电公司 | Method for evaluating power supply scheme rationality based on GIS |
| CN112215526B (en) * | 2020-11-05 | 2023-11-10 | 国网重庆市电力公司营销服务中心 | Metering system evaluation method and device and readable storage medium |
| CN112421644B (en) * | 2020-11-12 | 2023-06-16 | 珠海许继芝电网自动化有限公司 | Low-voltage load access method for power distribution Internet of things |
| CN113093571B (en) * | 2021-03-01 | 2022-03-22 | 北京安科特科技有限公司 | Intelligent management method, system and device for intelligent power utilization system |
| US11625747B2 (en) | 2021-03-31 | 2023-04-11 | International Business Machines Corporation | Intelligent controlled charging stations |
| CN113962505B (en) * | 2021-08-17 | 2024-10-01 | 北京国电通网络技术有限公司 | Power grid resource differentiation distribution method based on time axis and related equipment |
| CN114243686B (en) * | 2021-12-06 | 2024-03-22 | 深圳供电局有限公司 | Intelligent analysis method and system for meeting access power points of medium-voltage users |
| CN114462903B (en) * | 2022-04-14 | 2022-07-05 | 四川省大数据中心 | Water, electricity and gas business applying system |
| CN114693183B (en) * | 2022-05-31 | 2022-08-19 | 广东电网有限责任公司佛山供电局 | Automatic analysis method, system and equipment for distribution network line operation problems |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103545921A (en) * | 2013-09-24 | 2014-01-29 | 许继集团有限公司 | Urban distribution transformer area autonomous control optimization power system and monitoring system thereof |
| CN104008442A (en) * | 2014-05-07 | 2014-08-27 | 南京工程学院 | Power distribution network visual platform construction method based on SG-CIM |
| CN104239589A (en) * | 2013-06-20 | 2014-12-24 | 国家电网公司 | Method for implementing intelligent analysis system of distribution network business expansions |
-
2014
- 2014-12-31 CN CN201410857623.0A patent/CN104538958B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104239589A (en) * | 2013-06-20 | 2014-12-24 | 国家电网公司 | Method for implementing intelligent analysis system of distribution network business expansions |
| CN103545921A (en) * | 2013-09-24 | 2014-01-29 | 许继集团有限公司 | Urban distribution transformer area autonomous control optimization power system and monitoring system thereof |
| CN104008442A (en) * | 2014-05-07 | 2014-08-27 | 南京工程学院 | Power distribution network visual platform construction method based on SG-CIM |
Non-Patent Citations (1)
| Title |
|---|
| 基于GIS 的业扩报装优化与决策系统设计;齐志刚等;《中国电力》;20110430;第44卷(第4期);第90-93页 * |
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