CN115170316A - Method, system, equipment and storage medium for analyzing spot transaction business operation panorama - Google Patents
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Abstract
The invention provides a spot transaction business operation panoramic analysis method, a system, equipment and a storage medium, which comprises the steps of carrying out abnormity diagnosis based on the related electric quantity information of a transaction user; based on the business work order of the transaction user, screening out an overtime work order in the supervision work order; analyzing whether a corresponding user belongs to a power transaction user or not based on a service work order of a substation for which a table is changed, and pushing service information of a related service work order to a power transaction service flow for the service work order conforming to the transaction user; and carrying out information statistics and display on the users with abnormal electric quantity, the overtime work orders and the related information of the meter changing service. The invention realizes the comprehensive display of the electric power spot goods, supports the auxiliary decision of the service management personnel, simultaneously improves the operation speed of the spot goods transaction service flow among departments, improves the working precision of the service and the working efficiency of the service personnel, and promotes the optimization of the service flow.
Description
Technical Field
The invention belongs to the technical field of power system regulation and control operation, and particularly relates to a spot transaction service operation panoramic analysis method, a spot transaction service operation panoramic analysis system, a spot transaction service operation panoramic analysis device and a storage medium.
Background
The method is used for establishing the electric power spot transaction system construction for matching with exploration, improving the informatization support level under the electric power market environment, and the transmission and distribution price and the day-ahead transaction mode are the difficult points and the key points of electric power system innovation, are important components of future electric power market transaction, and also can be the exploration of the electric power spot transaction system construction. The full-flow analysis of spot transaction business is one of key works for electric power spot market construction, more and more users participate in market transaction along with the development and change of business, and the accuracy of data such as electric quantity, ledgers, work order states and the like related to the users directly influences the accuracy of the transaction. And the related data of the user is acquired and pushed every day, so that the requirements on the service state, the accuracy and the timeliness of the electric quantity data of the user are very high. Therefore, how to establish a set of business full-process analysis method is a technical difficulty for the construction of the electric power spot market.
The existing marketing system lacks the unified whole-link change tracking and verification of market transaction users, manual verification is needed, and a large amount of human resources are required to be put into a power supply station of a basic level at present in the change verification of the market transaction. And the data among all the function menus of the marketing module are relatively independent, the relevance is low, and the comprehensive analysis of the data and the business processing judgment of a business worker are not facilitated. The operation speed of the spot transaction business process between departments is low, and the working efficiency of business personnel is difficult to improve.
Disclosure of Invention
In view of the above, the present invention is directed to solve the problems that data of function menus of the existing marketing module are relatively independent, and the business state and the electric quantity data of a user are checked manually, so that the operation speed of the spot transaction business process between departments is low, and the work efficiency of business personnel is low.
In order to solve the technical problems, the invention provides the following technical scheme:
in a first aspect, the present invention provides a spot transaction service operation panoramic analysis method, including the following steps:
s1: acquiring related electric quantity information of transaction users of the metering system based on the transaction user standing book information of the marketing system, verifying the electric quantity information of the transaction users, and diagnosing the abnormal reason of the electric quantity information of the transaction users;
s2: based on the marketing system transaction user account information, associating a user business work order, extracting the business work order which accords with a transaction user, screening out a supervision work order, and screening out an overtime work order for the supervision work order according to a judgment rule;
s3: acquiring a business work order of a transformer substation for table exchange based on a marketing system, analyzing whether a corresponding user belongs to a power transaction user or not through the associated information of the business work order, and pushing the business information of the associated business work order to a power transaction business process for the business work order conforming to the transaction user;
s4: and acquiring related information of the electricity quantity abnormal transaction user, the overtime supervision business work order and the business work order of the transformer substation for changing the meter, and carrying out data statistics and display of dimensions of the whole area, the area and the power supply station according to information of the area and the power supply station in the user and the work order.
Further, step S1 specifically includes:
analyzing the power supply voltage grade of a user based on the user account data information of the marketing system, defining a medium-voltage user directly supplied with power by a distribution transformer as a user capable of trading, and acquiring the electric quantity of the trading user in a metering automation system based on the measuring point information of the trading user;
subtracting the daily start-stop table codes when calculating daily electric quantity for all trading users, and multiplying the daily electric quantity by the multiplying power to calculate corresponding electric quantity, meanwhile, accumulating the daily electric quantity of the monthly trading users to obtain a first accumulated value of the monthly electric quantity of the trading users, and in addition, directly subtracting the monthly start-end table codes and the monthly end table codes, and multiplying the monthly end table codes by the multiplying power to calculate a second accumulated value of the monthly electric quantity of the trading users;
and judging whether the first accumulated value is consistent with the second accumulated value or not, and if not, indicating that the electric quantity of the transaction user is abnormal.
Further, step S2 specifically includes:
acquiring the account information of the user meeting the transaction conditions at present based on a marketing system, associating all user service work orders according to the transaction user number, and extracting the power transaction user service work orders meeting the transaction conditions at present;
extracting the service type of the service work order of the power transaction user, and screening out a supervision work order according to the service type;
and judging whether the work order is overtime according to the entry time of the supervision work order, and if yes, filing the supervision work order as an overtime work order.
Further, step S3 specifically includes:
acquiring all marketing business work order information based on a marketing system, and analyzing the business work orders belonging to the substation side switching table through the detailed business work order information;
acquiring equipment asset numbers before and after a transformer substation generates meter change according to assembly and disassembly information input link information in a business work order;
acquiring a corresponding user number in equipment ledger information in a metering automation system according to the equipment asset numbers before and after table changing;
analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated with the power transaction user standing book information;
and for the business work order of the transformer substation which belongs to the electric power transaction user association and is subjected to table exchange, pushing the business work order information to the electric power user transaction flow, and carrying out related electric quantity accounting.
In a second aspect, the present invention provides a spot transaction operation panorama analysis system, including:
the user abnormity diagnosis unit is used for acquiring the related electric quantity information of the transaction user of the metering system based on the transaction user standing book information of the marketing system, verifying the electric quantity information of the transaction user and diagnosing the reason of the abnormity of the electric quantity information of the transaction user;
the overtime work order obtaining unit is used for associating the user business work order based on the marketing system transaction user account information, extracting the business work order conforming to the transaction user, screening out the supervision work order, and screening out the overtime work order according to the judgment rule for the supervision work order;
the table changing business information acquisition unit is used for acquiring a business work order of the transformer substation for table changing based on the marketing system, analyzing whether a corresponding user belongs to a power transaction user or not through the associated information of the business work order, and pushing the business information of the relevant business work order to a power transaction business process for the business work order conforming to the transaction user;
and the information display unit is used for respectively acquiring the related information of the electricity quantity abnormal transaction user, the overtime supervision business work order and the business work order of the substation for changing the table, and carrying out data statistics and display of the whole area, the area and the power supply station dimensionality according to the information of the user, the area in the work order and the power supply station.
Further, the user abnormality diagnosis unit is specifically configured to:
analyzing the power supply voltage grade of a user based on the user account data information of the marketing system, defining a medium-voltage user directly supplied with power by a distribution transformer as a user capable of trading, and acquiring the electric quantity of the trading user in a metering automation system based on the measuring point information of the trading user;
subtracting the daily start-stop table codes when calculating daily electric quantity for all trading users, and multiplying the daily electric quantity by the multiplying power to calculate corresponding electric quantity, meanwhile, accumulating the daily electric quantity of the monthly trading users to obtain a first accumulated value of the monthly electric quantity of the trading users, and in addition, directly subtracting the monthly start-end table codes and the monthly end table codes, and multiplying the monthly end table codes by the multiplying power to calculate a second accumulated value of the monthly electric quantity of the trading users;
and judging whether the first accumulated value is consistent with the second accumulated value or not, and if not, indicating that the electric quantity of the transaction user is abnormal.
Further, the timeout work order obtaining unit is specifically configured to:
acquiring the account information of the user meeting the transaction conditions at present based on a marketing system, associating all user service work orders according to the transaction user number, and extracting the power transaction user service work orders meeting the transaction conditions at present;
extracting the service type of the service work order of the power transaction user, and screening out a supervision work order according to the service type;
and judging whether the work order is overtime according to the entry time of the supervision work order, and if the work order is overtime, filing the supervision work order as an overtime work order.
Further, the table changing service information acquiring unit is specifically configured to:
acquiring all marketing business work order information based on a marketing system, and analyzing business work orders belonging to a substation side switching table through the detailed information of the business work orders;
recording link information according to assembly and disassembly information in the business work order, and acquiring equipment asset numbers before and after a table is changed in the transformer substation;
acquiring a corresponding user number in equipment ledger information in a metering automation system according to the equipment asset numbers before and after table changing;
analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated with the power transaction user standing book information;
and for the business work order of the substation which belongs to the electric power transaction user association and is subjected to table exchange, pushing the business work order information to the electric power user transaction flow, and carrying out related electric quantity accounting.
In a third aspect, the present invention provides a spot transaction business operation panorama analysis apparatus, comprising a processor and a memory:
the memory is used for storing the computer program and sending the instructions of the computer program to the processor;
a processor executes a spot transaction business operation panorama analysis method according to instructions of a computer program as in the first aspect.
In a fourth aspect, the present invention provides a computer storage medium having a computer program stored thereon, which when executed by a processor, implements a spot transaction business operation panorama analysis method as in the first aspect.
In summary, the present invention provides a spot transaction service operation panorama analysis method, system, device and storage medium, including performing anomaly diagnosis based on the relevant electric quantity information of a transaction user; based on the business work order of the transaction user, screening out an overtime work order in the supervision work order; analyzing whether a corresponding user belongs to a power transaction user or not based on a service work order of a substation for which a table is changed, and pushing service information of a related service work order to a power transaction service flow for the service work order conforming to the transaction user; and carrying out information statistics and display on the users with abnormal electric quantity, overtime work orders and related information of the meter changing service. The invention realizes the comprehensive display of the electric power spot goods, supports the assistant decision of the business management personnel, simultaneously improves the operation speed of the spot goods transaction business process among departments, improves the working precision of the business and the working efficiency of the business personnel, and promotes the optimization of the business process.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without inventive labor.
Fig. 1 is a schematic flow chart of a spot transaction service operation panoramic analysis method according to an embodiment of the present invention.
Detailed Description
In order to make the objects, features and advantages of the present invention more obvious and understandable, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the embodiments described below are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In order to cooperate with exploration to establish a power spot transaction system construction and improve the informatization support level under the power market environment, the power transmission and distribution price and the day-ahead transaction mode are the difficult points and the key points of power system innovation, are important components of future power market transactions and also can be the exploration of the power spot transaction system construction. The full-flow analysis of spot transaction business is one of key works for electric power spot market construction, more and more users participate in market transaction along with the business development change, and the accuracy of data such as electric quantity, ledgers, work order states and the like related to the users directly influences the accuracy of the transaction. And the related data of the user is collected and pushed every day, so that the requirements on the service state, the accuracy of electric quantity data and the timeliness of the user are very high. Therefore, how to establish a set of business full-process analysis method is a technical difficulty for the construction of the electric power spot market.
The existing marketing system lacks of uniformly carrying out all-link change tracking and verification on marketized transaction users, manual verification is needed, and a large amount of human resources are required to be put into a basic power supply station at present in the change verification of marketized transactions. And the data among all the function menus of the marketing module are relatively independent, the relevance is low, and the comprehensive analysis of the data and the business processing judgment of a business worker are not facilitated. The operation speed of the spot transaction business process between departments is low, and the working efficiency of business personnel is difficult to improve.
Based on the method, the system, the equipment and the storage medium for analyzing the operation panorama of the spot transaction business are provided.
The following describes an embodiment of a spot transaction business operation panorama analysis method according to the present invention in detail.
Referring to fig. 1, the present embodiment provides a method for analyzing a full view of a spot transaction operation, including the following steps:
s1: and acquiring related electric quantity information of transaction users of the metering system based on the transaction user standing book information of the marketing system, verifying the electric quantity information of the transaction users, and diagnosing the abnormal reason of the electric quantity information of the transaction users.
In an optional embodiment, step S1 specifically includes:
s11: and analyzing the power supply voltage grade of the user based on the user account data information of the marketing system, and for the medium-voltage user directly supplied with power by the distribution transformer to be defined as a user capable of carrying out transaction, acquiring the electric quantity of the transaction user in the metering automation system based on the measurement point information of the transaction user. The acquiring electricity quantity rule is that the transaction date is acquired from the beginning and the end of D-3 days, if the current date is 10 months and 27 days, the electricity quantity data of 10 months and 24 days is acquired, and meanwhile, in order to ensure that the data of the latest date is acquired, the electricity quantity data acquisition is updated according to the refresh frequency of once every 4 hours.
S12: and subtracting the daily start-stop table codes when all the trading users calculate daily electric quantity, multiplying the daily electric quantity by the multiplying power to calculate corresponding electric quantity, and simultaneously accumulating the daily electric quantity of the trading users in the month to obtain an accumulated value X of the monthly electric quantity of the trading users. In addition, the accumulated value Y of the monthly electric quantity of the trading user is calculated by directly subtracting the monthly head and tail table codes and multiplying the result by the multiplying power.
S13: and analyzing whether the monthly electric quantity accumulated values X and Y of the transaction user are consistent or not, and if not, indicating that the electric quantity of the transaction user is abnormal. The user exception causes the exception reason analysis according to the following process.
(1) And associating the user service work orders of the latest month in the marketing system based on the transaction user account numbers with abnormal electric quantity, and analyzing whether the relevant service work orders with the abnormal table changing or table codes exist. If the abnormal reason exists, the electricity quantity is abnormal because of the change of the table code.
(2) In the process of analyzing the accumulated values X and Y of the monthly electric quantity, whether the acquired meter codes exist in the field or not cannot acquire the system, and the fitting rule is started. If the abnormal reasons exist, the electric quantity is abnormal due to the fact that the table codes are fitted.
(3) The power abnormality caused by the other factors is defined as other abnormality.
S2: based on the marketing system transaction user account information, the business work order of the user is correlated, the business work order which accords with the transaction user is extracted, the supervision work order is screened out, and the overtime work order is screened out according to the judgment rule for the supervision work order.
In an optional embodiment, step S2 specifically includes:
s21: and acquiring the user account information meeting the transaction condition at present based on the marketing system, associating all user service work orders according to the transaction user number, and extracting the power transaction user service work order meeting the transaction condition at present.
S22: and carrying out detailed analysis on the electric quantity transaction user business work order meeting the transaction conditions, and counting the business type of the business work order. If the type of the business work order belongs to periodic rotation of the electric energy metering devices, assembly and disassembly of the electric energy metering devices, batch customer file information maintenance, low-voltage non-resident capacity increase, low-voltage non-resident capacity reduction, meter moving, change of the power receiving devices, sales, operation sampling inspection of the electric energy metering devices, temporary verification of the electric energy metering devices, aperiodic charging, classification change, large customer capacity increase, temporary dismantling recovery, non-permanent capacity reduction, passing, temporary dismantling, suspension recovery, capacity reduction recovery, suspension, fault treatment of the electric energy metering devices on the customer side and customer file information maintenance, the business work order is determined as a supervision work order.
S23: and judging whether the work order is overtime or not according to the supervision work order incoming time, wherein the specific judgment rule is that the work order belongs to an 'non-overtime work order' before 12 days D +2, and belongs to an 'overtime work order' after 12 days D + 2. For example, a work order of 03060010000323986159 is an administration work order because the work order type belongs to "periodic rotation of electric energy metering devices". The incoming time of the 'assembly and disassembly information recording' link of the work order is 2021-10-09; if the work order has not been archived as belonging to a "timed-out work order" after 2021-10-11 12.
S24: and supervising the overtime processing of the work order. And for the overtime supervision work order, acquiring related personnel information through the account information of the transaction user, and timely reminding through a telephone and a short message form.
S3: the method comprises the steps of obtaining a business work order of a transformer substation for changing a table based on a marketing system, analyzing whether a corresponding user belongs to a power transaction user or not through the associated information of the business work order, and pushing the business information of the associated business work order to a power transaction business process for the business work order conforming to the transaction user.
In an optional embodiment, step S3 specifically includes:
s31: and acquiring all marketing business work order information based on a marketing system, and analyzing the business work orders belonging to the substation side switching table through the detailed business work order information.
S32: and acquiring equipment asset numbers before and after the table change of the transformer substation according to link information of 'assembly and disassembly information input' of a business work order.
S33: and acquiring a corresponding user number in the equipment standing book information in the metering automation system according to the equipment asset numbers before and after the table changing.
S34: and analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated with the power transaction user standing book information.
S35: and for the business work order of the transformer substation related to the power transaction user, the business work order information is automatically pushed to the transaction flow of the power user, the related electric quantity accounting is carried out, and the electric quantity missing event is avoided.
S4: and acquiring related information of the electricity quantity abnormal transaction user, the overtime supervision business work order and the business work order of the transformer substation for changing the meter, and carrying out data statistics and display of all regions, region departments and the power supply station according to information of the region departments and the power supply station in the user and the work order so as to display detailed business work orders and user information.
The panoramic analysis method for the operation of the spot transaction business provided by the embodiment realizes the comprehensive display of the electric power spot, supports the auxiliary decision of business management personnel, improves the operation speed of the spot transaction business process among departments, improves the working precision of the business and the working efficiency of the business personnel, promotes the optimization of the business process, effectively promotes the customer service level, optimizes the electric power business environment, continuously promotes the standardized management level of the marketing operation of a company, promotes the customer service quality, ensures the efficient power supply service capability level, and promotes the acquisition feeling, the happiness feeling and the safety feeling of the customer satisfaction degree. The construction of a modern power supply service system is assisted, and intelligent power supply is realized.
The above is a detailed description of an embodiment of a spot transaction operation panorama analysis method according to the present invention, and the following is a detailed description of an embodiment of a spot transaction operation panorama analysis system according to the present invention.
The embodiment provides a spot transaction business operation panorama analysis system, which comprises: the system comprises a user abnormity diagnosis unit, an overtime work order acquisition unit, a table changing service information acquisition unit and an information display unit.
In this embodiment, the user abnormality diagnosis unit is configured to acquire electricity quantity information related to a transaction user of the metering system based on the transaction user standing book information of the marketing system, check the electricity quantity information of the transaction user, and diagnose the cause of abnormality of the electricity quantity information of the transaction user.
Specifically, the user abnormality diagnosis unit is specifically configured to:
analyzing the power supply voltage grade of a user based on the user standing book data information of the marketing system, defining a medium-voltage user directly supplied with power by a distribution transformer as a user capable of carrying out transaction, and acquiring the electric quantity of the transaction user in a metering automation system based on the measurement point information of the transaction user;
subtracting the daily start-stop table codes when calculating daily electric quantity for all trading users, multiplying the daily electric quantity by multiplying the multiplying power to calculate corresponding electric quantity, accumulating the daily electric quantity of the trading users in the month to obtain a first accumulated value of the monthly electric quantity of the trading users, and directly subtracting the monthly start-end table codes and multiplying the monthly start-end table codes by multiplying the multiplying power to calculate a second accumulated value of the monthly electric quantity of the trading users;
and judging whether the first accumulated value is consistent with the second accumulated value or not, and if not, indicating that the electric quantity of the transaction user is abnormal.
In this embodiment, the overtime work order obtaining unit is configured to associate a user business work order based on the marketing system transaction user ledger information, extract a business work order that matches the transaction user, screen out a supervision work order, and screen out an overtime work order for the supervision work order according to the determination rule.
Specifically, the overtime work order obtaining unit is specifically configured to:
acquiring user account information meeting transaction conditions at present based on a marketing system, associating all user service work orders according to the number of a transaction user, and extracting the power transaction user service work order meeting the transaction conditions at present;
extracting the service type of the service work order of the power transaction user, and screening out a supervision work order according to the service type;
and judging whether the work order is overtime according to the entry time of the supervision work order, and if the work order is overtime, filing the supervision work order as an overtime work order.
In this embodiment, the table change service information acquiring unit is configured to acquire a service work order in which a table change occurs in the transformer substation based on the marketing system, analyze whether a corresponding user belongs to a power transaction user according to the associated information of the service work order, and push service information of the relevant service work order to a power transaction service flow for the service work order conforming to the transaction user.
Specifically, the table changing service information acquiring unit is specifically configured to:
acquiring all marketing business work order information based on a marketing system, and analyzing business work orders belonging to a substation side switching table through the detailed information of the business work orders;
recording link information according to assembly and disassembly information in the business work order, and acquiring equipment asset numbers before and after a table is changed in the transformer substation;
acquiring a corresponding user number in equipment ledger information in a metering automation system according to the equipment asset numbers before and after table changing;
analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated power transaction user standing book information;
and for the business work order of the substation which belongs to the electric power transaction user association and is subjected to table exchange, pushing the business work order information to the electric power user transaction flow, and carrying out related electric quantity accounting.
And the information display unit is used for respectively acquiring the related information of the electric quantity abnormal transaction user, the overtime supervision business work order and the business work order of the transformer substation for changing the table, and carrying out data statistics and display of the dimensionalities of the whole area, the area and the power supply station according to the information of the area and the power supply station in the user and the work order.
The above is a detailed description of an embodiment of a spot transaction operation panorama analysis system of the present invention, and the following is a detailed description of an embodiment of a spot transaction operation panorama analysis apparatus of the present invention.
The embodiment provides a spot transaction business operation panoramic analysis device, which comprises a processor and a memory:
the memory is used for storing the computer program and sending the instructions of the computer program to the processor;
the processor executes a spot transaction business operation panoramic analysis method according to the instruction of the computer program.
The above is a detailed description of an embodiment of a spot transaction business operation panorama analyzing apparatus of the present invention, and the following is a detailed description of an embodiment of a computer storage medium of the present invention.
In a fourth aspect, the present invention provides a computer storage medium, on which a computer program is stored, and the computer program, when executed by a processor, implements a spot transaction service operation panorama analysis method according to the foregoing embodiments.
The above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A spot transaction business operation panoramic analysis method is characterized by comprising the following steps:
s1: acquiring related electric quantity information of transaction users of the metering system based on the transaction user standing book information of the marketing system, verifying the electric quantity information of the transaction users, and diagnosing the abnormal reason of the electric quantity information of the transaction users;
s2: based on the marketing system transaction user account information, associating a user business work order, extracting the business work order which accords with a transaction user, screening out a supervision work order, and screening out an overtime work order for the supervision work order according to a judgment rule;
s3: acquiring a business work order of a transformer substation for table exchange based on a marketing system, analyzing whether a corresponding user belongs to a power transaction user or not through the associated information of the business work order, and pushing the business information of the associated business work order to a power transaction business process for the business work order conforming to the transaction user;
s4: and acquiring related information of the electricity quantity abnormal transaction user, the overtime supervision business work order and the business work order of the transformer substation for changing the meter, and carrying out data statistics and display of dimensions of the whole area, the area and the power supply station according to information of the area and the power supply station in the user and the work order.
2. The spot transaction business operation panoramic analysis method according to claim 1, wherein the step S1 specifically comprises:
analyzing the power supply voltage grade of a user based on the user account data information of the marketing system, defining a medium-voltage user directly supplied with power by a distribution transformer as a user capable of trading, and acquiring the electric quantity of the trading user in a metering automation system based on the measuring point information of the trading user;
subtracting the daily start-stop table codes when calculating daily electric quantity for all trading users, multiplying the daily electric quantity by multiplying the multiplying power to calculate corresponding electric quantity, accumulating the daily electric quantity of the trading users in the month to obtain a first accumulated value of the monthly electric quantity of the trading users, and directly subtracting the monthly start-end table codes and multiplying the monthly start-end table codes by multiplying the multiplying power to calculate a second accumulated value of the monthly electric quantity of the trading users;
and judging whether the first accumulated value and the second accumulated value are consistent, if not, indicating that the electric quantity of the transaction user is abnormal.
3. The spot transaction service operation panorama analysis method of claim 1, wherein step S2 specifically comprises:
acquiring the account information of the user meeting the transaction conditions at present based on a marketing system, associating all user service work orders according to the transaction user number, and extracting the power transaction user service work orders meeting the transaction conditions at present;
extracting the service type of the service work order of the power transaction user, and screening out a supervision work order according to the service type;
and judging whether the work order is overtime according to the entry time of the supervision work order, and if the work order is overtime, filing the supervision work order as the overtime work order.
4. The spot transaction business operation panoramic analysis method according to claim 1, wherein the step S3 specifically comprises:
acquiring all marketing business work order information based on a marketing system, and analyzing business work orders belonging to a substation side switching table through the detailed information of the business work orders;
acquiring equipment asset numbers before and after a transformer substation generates meter change according to assembly and disassembly information input link information in a business work order;
acquiring a corresponding user number in equipment ledger information in a metering automation system according to the equipment asset numbers before and after table changing;
analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated with the power transaction user standing book information;
and for the business work order of the substation which belongs to the electric power transaction user association and is subjected to table exchange, pushing the business work order information to the electric power user transaction flow, and carrying out related electric quantity accounting.
5. A spot transaction business operation panorama analysis system, comprising:
the user abnormity diagnosis unit is used for acquiring the related electric quantity information of the transaction user of the metering system based on the transaction user standing book information of the marketing system, verifying the electric quantity information of the transaction user and diagnosing the reason of abnormity of the electric quantity information of the transaction user;
the system comprises an overtime work order acquisition unit, a marketing system transaction user standing book information association user business work order acquisition unit and a marketing system business information association user business work order acquisition unit, wherein the overtime work order acquisition unit is used for extracting business work orders conforming to transaction users, screening supervision work orders and screening the overtime work orders according to a judgment rule;
the table changing business information acquisition unit is used for acquiring a business work order of the transformer substation for table changing based on the marketing system, analyzing whether a corresponding user belongs to a power transaction user or not through the associated information of the business work order, and pushing the business information of the relevant business work order to a power transaction business process for the business work order conforming to the transaction user;
and the information display unit is used for respectively acquiring the related information of the electricity quantity abnormal transaction user, the overtime supervision business work order and the business work order of the substation for changing the table, and carrying out data statistics and display of the whole area, the area and the power supply station dimensionality according to the information of the user, the area in the work order and the power supply station.
6. The spot transaction business operation panorama analysis system of claim 5, wherein the user anomaly diagnosis unit is specifically configured to:
analyzing the power supply voltage grade of a user based on the user standing book data information of the marketing system, defining a medium-voltage user directly supplied with power by a distribution transformer as a user capable of carrying out transaction, and acquiring the electric quantity of the transaction user in a metering automation system based on the measurement point information of the transaction user;
subtracting the daily start-stop table codes when calculating daily electric quantity for all trading users, multiplying the daily electric quantity by multiplying the multiplying power to calculate corresponding electric quantity, accumulating the daily electric quantity of the trading users in the month to obtain a first accumulated value of the monthly electric quantity of the trading users, and directly subtracting the monthly start-end table codes and multiplying the monthly start-end table codes by multiplying the multiplying power to calculate a second accumulated value of the monthly electric quantity of the trading users;
and judging whether the first accumulated value and the second accumulated value are consistent or not, and if not, indicating that the electric quantity of the transaction user is abnormal.
7. The spot transaction business operation panoramic analysis system of claim 5, wherein the timeout work order acquisition unit is specifically configured to:
acquiring the account information of the user meeting the transaction conditions at present based on a marketing system, associating all user service work orders according to the transaction user number, and extracting the power transaction user service work orders meeting the transaction conditions at present;
extracting the service type of the service work order of the power transaction user, and screening out a supervision work order according to the service type;
and judging whether the work order is overtime according to the entry time of the supervision work order, and if the work order is overtime, filing the supervision work order as the overtime work order.
8. The spot transaction service operation panorama analysis system of claim 5, wherein the table-changing service information obtaining unit is specifically configured to:
acquiring all marketing business work order information based on a marketing system, and analyzing business work orders belonging to a substation side switching table through the detailed information of the business work orders;
acquiring equipment asset numbers before and after a transformer substation generates meter change according to assembly and disassembly information input link information in a business work order;
acquiring a corresponding user number in equipment ledger information in a metering automation system according to the equipment asset numbers before and after table changing;
analyzing whether the user number associated with the table-changing asset belongs to the power transaction user or not according to the obtained user number associated power transaction user standing book information;
and for the business work order of the transformer substation which belongs to the electric power transaction user association and is subjected to table exchange, pushing the business work order information to the electric power user transaction flow, and carrying out related electric quantity accounting.
9. An off-the-shelf transaction business operations panorama analysis apparatus, comprising a processor and a memory:
the memory is used for storing a computer program and sending instructions of the computer program to the processor;
the processor executes a spot transaction business operation panorama analysis method according to any one of claims 1-4 according to instructions of the computer program.
10. A computer storage medium, wherein a computer program is stored on the computer readable storage medium, which when executed by a processor implements a spot transaction business operation panorama analysis method according to any one of claims 1-4.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210832397.5A CN115170316A (en) | 2022-07-15 | 2022-07-15 | Method, system, equipment and storage medium for analyzing spot transaction business operation panorama |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210832397.5A CN115170316A (en) | 2022-07-15 | 2022-07-15 | Method, system, equipment and storage medium for analyzing spot transaction business operation panorama |
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