CN111089993A - Electric energy meter box and electric energy meter label standardized construction and meter box positioning method - Google Patents
Electric energy meter box and electric energy meter label standardized construction and meter box positioning method Download PDFInfo
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- CN111089993A CN111089993A CN202010069842.8A CN202010069842A CN111089993A CN 111089993 A CN111089993 A CN 111089993A CN 202010069842 A CN202010069842 A CN 202010069842A CN 111089993 A CN111089993 A CN 111089993A
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Abstract
The invention relates to an electric energy meter box and an electric energy meter label standardized construction and meter box positioning method. The invention carries out standardized management on the low-voltage electric energy meter box, the basic information and the position information of the electric energy meter. And uniformly marking the incoming and outgoing lines of the electric energy meter box, the information of the electric energy meter and the position information of the meter box according to the standard by using the special label and pasting the marked information to the corresponding equipment position. And at the master station system side, establishing a subordination relation between the transformer area and the electric energy meter box and the electric energy meter, and storing the electric energy meter box label for checking the subsequent household registration of the electricity-consuming client and quickly searching the geographical position. The method not only combs and standardizes the on-site disordered box-table relation, but also greatly improves the working efficiency of operation and maintenance personnel in the transformer area.
Description
Technical Field
The invention relates to the field of daily operation and maintenance and optimized power supply service in the life cycle of an electric energy meter box and an electric energy meter, in particular to a method for electric energy meter box and electric energy meter label standardized construction and meter box positioning.
Background
With the development of social economy, the requirements of power consumption customers on the quality of power supply service are further improved, and meanwhile, for power supply enterprises, corresponding improvement needs to be made on a traditional management mode for reducing the production, operation and maintenance cost and improving the quality of power supply service. The electric energy meter box and the electric energy meter are used as settlement gateways between electricity utilization customers and power supply enterprises, and have been receiving much attention from both electricity supply and utilization parties. The electric energy meter box has the characteristics of large quantity, multiple types, long asset life, scattered use places and the like, so that the management difficulty is high. At present, in the whole electric power industry, due to the fact that the historical meter box meters are not standardized, the historical meter box meters are changed alternately, the models and manufacturers of the meter box meters used by users are different, and the asset information of the meter box meters used for a certain period is lost on site, so that the asset counting and searching work are difficult abnormally, the asset loss, the subordination relationship between a distribution area and a meter box and a user are disordered, and the problem of repeated purchase is caused occasionally. The method unifies the label registration standard, and records and stores the basic information, the service information and the geographical position information of the electric energy meter box and the electric energy meter assets by establishing an electronic ledger. By the method, the membership relationship of electricity customers, the electric energy meter box and the distribution area can be more intuitively understood, and the possibility of cross-family is reduced. The method has the advantages that the power consumption customers can check the walking degree condition of the electric energy meter corresponding to the user through the marking information, and can quickly contact a distribution area manager to enjoy power supply service through the note information when the power supply service is needed, and meanwhile, the method is also favorable for checking the electric energy meter box and the electric energy meter assets in the power industry. The method has the effects of reducing the production cost of the power industry, obviously improving the working efficiency and the like.
Disclosure of Invention
In view of this, the present invention provides an electric energy meter box, an electric energy meter label standardization construction method, and a meter box positioning method, which are beneficial to improving power supply service quality, and reducing work site search time, operation complexity of a distribution room and maintenance, and a work error rate.
The invention is realized by adopting the following scheme: an electric energy meter box and an electric energy meter label standardized construction and meter box positioning method comprises the following steps,
step S1: gather this electric energy meter box's specific information, include: the meter box number, the area name, the area manager and the service telephone generate the information into a two-dimensional code called an information code. The geographical position information of the electric energy meter box is collected and generated into another two-dimensional code which is called an address code. Recording all the information on the same label paper and pasting the label paper at the lower left corner of the electric energy meter box, and finally storing the label in a system database to the corresponding electric energy meter box and the electric energy meter electronic account;
step S2: the specific information of the electric energy meter contained in the electric energy meter box in the step S1 is collected, and the specific information comprises the following steps: recording all information on the same label paper and pasting the information at the position right below the corresponding electric energy meter;
step S3: collecting user room numbers or address information corresponding to each switch at the position where the switch appears behind the electric energy meter, recording the user room numbers or the address information on label paper, and pasting the label paper at a position right below the switch;
step S4: labeling a power supply side and a load side at the wire inlet pipe and the wire outlet pipe of the electric energy meter box by label paper respectively, and sticking the label paper to the front surface of the electric wire pipeline;
step S5: marking the 'incoming line switch' by label paper at the incoming line switch of the electric energy meter box and pasting the 'incoming line switch' under the corresponding switch;
step S6: when a power consumer needs power supply service or looks up an electric energy meter corresponding to the user, the corresponding power supply service and the situation to be known can be quickly obtained by looking up label information on the electric energy meter box;
step S7: when the operation and maintenance personnel in the transformer area receive the power supply service requirement of the electricity consumer, the operation and maintenance personnel can inquire the number of the electric energy meter box, the number of the electric energy meter or the number of the user where the electricity consumer is located, then inquire the label of the corresponding electric energy meter box through the electronic transformer account, and can directly navigate to the electricity consumer by using map software for service by scanning the address code;
step S8: when the station operation and maintenance personnel provide power supply service at a working site, the condition of site household registration membership and wiring can be rapidly mastered by checking label information on the electric energy meter box, the working efficiency is effectively improved, and the working complexity and the error rate are reduced.
Compared with the prior art, the invention has the following beneficial effects:
by adopting a novel label registration method, the information registration formats of the electric energy meter box and the electric energy meter are unified, and the required registration content is standardized. When the intelligent household registration system works on site, workers can quickly master the membership and wiring conditions of the household registration relationship on site, and the working efficiency is improved. Meanwhile, the method is convenient for power supply service requirements of power consumers or checking the travel degree condition of the electric energy meter corresponding to the user;
the electric energy meter box and the electric energy meter asset information electronic standing book are built, and necessary data for field work, particularly geographical position information, are stored. When receiving a power supply service demand call, a worker can quickly navigate to the site through address code information stored in the electronic ledger to provide corresponding power supply service.
Drawings
Fig. 1 is a schematic diagram of normalized construction of an electric energy meter box and an electric energy meter label according to the invention.
Detailed Description
The invention is further explained below with reference to the drawings and the embodiments.
This implementation provides an electric energy meter box and electric energy meter label standardization construction and meter box positioning method, as shown in fig. 1, specifically includes the following steps:
step S1: gather this electric energy meter box's specific information, include: the meter box number, the area name, the area manager and the service telephone generate the information into a two-dimensional code called an information code. The geographical position information of the electric energy meter box is collected and generated into another two-dimensional code which is called an address code. Recording all the information on the same label paper and pasting the label paper at the lower left corner of the electric energy meter box, and finally storing the label in a system database to the corresponding electric energy meter box and the electric energy meter electronic account;
step S2: the specific information of the electric energy meter contained in the electric energy meter box in the step S1 is collected, and the specific information comprises the following steps: recording all information on the same label paper and pasting the information at the position right below the corresponding electric energy meter;
step S3: collecting user room numbers or address information corresponding to each switch at the position where the switch appears behind the electric energy meter, recording the user room numbers or the address information on label paper, and pasting the label paper at a position right below the switch;
step S4: labeling a power supply side and a load side at the wire inlet pipe and the wire outlet pipe of the electric energy meter box by label paper respectively, and sticking the label paper to the front surface of the electric wire pipeline;
step S5: marking the 'incoming line switch' by label paper at the incoming line switch of the electric energy meter box and pasting the 'incoming line switch' under the corresponding switch;
step S6: when a power consumer needs power supply service or looks up an electric energy meter corresponding to the user, the corresponding power supply service and the situation to be known can be quickly obtained by looking up label information on the electric energy meter box;
step S7: when the operation and maintenance personnel in the transformer area receive the power supply service requirement of the electricity consumer, the operation and maintenance personnel can inquire the number of the electric energy meter box, the number of the electric energy meter or the number of the user where the electricity consumer is located, then inquire the label of the corresponding electric energy meter box through the electronic transformer account, and can directly navigate to the electricity consumer by using map software for service by scanning the address code;
step S8: when the station operation and maintenance personnel provide power supply service at a working site, the condition of site household registration membership and wiring can be rapidly mastered by checking label information on the electric energy meter box, the working efficiency is effectively improved, and the working complexity and the error rate are reduced.
In conclusion, the electric energy meter box and electric energy meter label standardized construction and meter box positioning method provided by the invention are beneficial to improving the satisfaction degree of electricity obtaining of electricity customers, reducing the difficulty and the complexity of work site searching of workers, reducing the production cost of the electric power industry and providing guidance for the development of electric energy meter box and electric energy meter management in the future.
The above description is only a preferred embodiment of the present invention, and the scope of the present invention should not be limited thereby. Equivalent changes and modifications made according to the patent scope and the specification of the present invention should be covered by the present invention.
Claims (1)
1. An electric energy meter box and electric energy meter label standardized construction and meter box positioning method is characterized by comprising the following steps:
step S1: gather this electric energy meter box's specific information, include: the meter box number, the area name, the area manager and the service telephone; generating a two-dimensional code from the information, and calling the two-dimensional code as an information code; collecting the geographical position information of the electric energy meter box, and generating the geographical position information into another two-dimensional code called an address code; recording all the information on a label and fixing the information on the lower left corner of the electric energy meter box, and finally storing the label in a system database to the corresponding electric energy meter box and an electric energy meter electronic account;
step S2: the specific information of the electric energy meter contained in the electric energy meter box in the step S1 is collected, and the specific information comprises the following steps: recording all information on label paper and pasting the information at a position right below the corresponding electric energy meter by the name and number of the household corresponding to the electric energy meter and the asset number of the electric energy meter;
step S3: collecting user room numbers or address information corresponding to each switch at the position where the switch appears behind the electric energy meter, recording the user room numbers or the address information on label paper, and pasting the label paper at a position right below the switch;
step S4: labeling a power supply side and a load side at the wire inlet pipe and the wire outlet pipe of the electric energy meter box by label paper respectively, and sticking the label paper to the front surface of the electric wire pipeline;
step S5: marking the 'incoming line switch' by label paper at the incoming line switch of the electric energy meter box and pasting the 'incoming line switch' under the corresponding switch;
step S6: when a power consumer needs power supply service or looks up an electric energy meter corresponding to the user, the corresponding power supply service and the situation to be known can be quickly obtained by looking up label information on the electric energy meter box;
step S7: when the operation and maintenance personnel in the transformer area receive the power supply service requirement of the electricity utilization customer, inquiring the number of the electric energy meter box, the number of the electric energy meter or the number of the user where the electricity utilization customer is located, then inquiring the corresponding label of the electric energy meter box through the electronic transformer account, and directly navigating to the electricity utilization customer by using map software for service by scanning the address code;
step S8: when the station operation and maintenance personnel provide power supply service at a working site, the personnel can rapidly master the membership and wiring conditions of the on-site household registers by looking up the label information on the electric energy meter box.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010069842.8A CN111089993A (en) | 2020-01-21 | 2020-01-21 | Electric energy meter box and electric energy meter label standardized construction and meter box positioning method |
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| CN202010069842.8A CN111089993A (en) | 2020-01-21 | 2020-01-21 | Electric energy meter box and electric energy meter label standardized construction and meter box positioning method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113705750A (en) * | 2021-09-07 | 2021-11-26 | 国网山东省电力公司单县供电公司 | Platform-user relationship general investigation instrument and general investigation method for low-voltage power utilization platform area of power system |
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