Electric power marketing management and equipment assembly and disassembly system

Abstract

The invention discloses an electric power marketing management and equipment assembly and disassembly system. Comprising the steps of handheld marketing function extension, marketing business application system function extension, digital supervision marketing and distribution visualization, power utilization information acquisition system function optimization, power grid GIS system function optimization, power supply service command platform function optimization, marketing project management platform construction and Alipay micro-hall applet. The invention belongs to the technical field of electric power marketing, and particularly provides an electric power marketing system which meets the requirement of continuous development of management. The system safety is improved; according to the electric power marketing management and equipment assembly and disassembly system, real and effective security means are adopted, the security of system information and information transmission is ensured, manpower is fully liberated, and the management difficulty of grass-roots administrators is reduced.

Description

Technical Field

[0001] The present invention belongs to the technical field of power marketing, and specifically refers to a power marketing management and equipment assembly and disassembly system. Background Art

[0002] With the rapid development of power companies and the advent of the information age, the State Grid has put forward new requirements and standards for the marketing of power companies to achieve the standardization of marketing management. With the completion of the marketing and distribution integration work, functions such as automatic business expansion registration, power outage impact and notification, line loss analysis, visual display, marketing and distribution data business and integration have been realized, improving the company's fault repair efficiency, marketing and distribution network management efficiency. Through technical means, the metering site business is transformed from an offline mode to an online mode, solving the problem of decentralized verification and governance of the marketing and distribution integration data, accelerating the progress of real-time operations on the metering business site, improving management efficiency, and reducing manual management costs. However, there are still deficiencies in information management and control methods.

[0003] At present, in the installation and input phase of the marketing business system, on-site work requires manual collection of customer information, equipment information, signature documents and other information, which is complicated; in the terminal debugging phase, business requirements require operations to be performed according to steps, and there are many back-and-forth procedures, and it is impossible to obtain customer information in real time, and it is impossible to provide high-quality services to customers. Therefore, there is an urgent need for a power marketing management and equipment installation and disassembly system to solve the above problems. Summary of the invention

[0004] In order to solve the above-mentioned existing problems, the present invention provides a power marketing management and equipment installation and disassembly system that meets the requirements of continuously evolving management, improves system security, takes truly effective security measures to ensure the security of system information and information transmission, fully liberates manpower, and reduces the difficulty of governance for grassroots administrators.

[0005] The technical solution adopted by the present invention is as follows: The power marketing management and equipment installation and disassembly system of the present invention includes mobile marketing function expansion, marketing business application system function expansion, digital supervision and distribution visualization, power consumption information collection system function optimization, power grid GIS system function optimization, power supply service command platform function optimization, marketing project management platform construction, and Alipay micro-hall applet.

[0006] Furthermore, the mobile marketing function expansion includes metering on-site operation management and marketing and distribution on-site operation management.

[0007] The metering site operation management includes task management, business processing, electric energy meter basic data entry, terminal debugging, and equipment information collection.

[0008] Task management: Send work orders to mobile marketing through the marketing business application system, and mobile marketing receives work orders sent by marketing. Work order information, business type, user information, electricity address, site location, installation and disassembly reasons, on-site installation and disassembly selection, etc. are displayed on the mobile marketing. By selecting on-site installation and disassembly, different installation and disassembly business types are selected to display on-site meter installation and on-site meter disassembly business.

[0009] Business processing: Within the business scope of business expansion, metering and collection processes, it supports single-household high voltage, low voltage, batch business and metering related scenarios. During the installation information entry process, it receives work orders issued by marketing and uses mobile marketing to install, disassemble and replace on-site equipment.

[0010] Electricity meter bottom data entry: On-site workers use mobile phones to enter real-time information on the bottom of the meter when the meter is removed. The entry methods include: infrared meter reading, data collection and measurement, and manual entry.

[0011] Terminal debugging: Within the business scope of business expansion, metering and collection processes, in the terminal debugging stage, it supports initiating equipment collection and debugging requests to the electricity information collection system at the electricity consumption site through mobile marketing, and automatically receives the debugging result information returned by the electricity information collection system. After successful debugging, the data is automatically synchronized to the marketing business application system, the intermediate library, and the collection system; if unsuccessful, the reason for the failure is returned, and the on-site verification and adjustment are carried out, and the terminal debugging is re-performed until the debugging is successful.

[0012] Equipment information collection: On-site operators use the graphical interface of the mobile marketing to maintain the relationship between the meter box and the energy meter, and maintain the number of rows and columns of the meter in the meter box. When the metering equipment is removed, the box-meter relationship is automatically released. After the maintenance is completed, the meter-box relationship data is added, changed or deleted synchronously in the marketing system through the data synchronization mechanism.

[0013] Before dismantling the metering equipment, on-site workers can use the mobile app to verify the seal of the metering equipment, enter the sealing department, unsealing personnel, unsealing date, intact mark, and unsealing reason information, and can also record inconsistent information and take photos. After installing the metering equipment, on-site workers can use the mobile app to record the sealing information of the metering equipment, including the seal type, sealing location, seal number, sealing department, sealing personnel, sealing time, and sealing reason, and can also take photos for archiving. During the on-site new installation process, workers can use the mobile app to record the on-site picture data and keep evidence for archiving. During on-site operations, the latitude and longitude information of on-site metering equipment can be automatically collected, calibrated, saved and uploaded.

[0014] Furthermore, the on-site operation management of marketing and distribution includes marketing and distribution data collection and recording, marketing and distribution work order management, and information verification.

[0015] Marketing and distribution data collection: GIS photo viewing. The mobile operation terminal can obtain the meter box photos that are already in the power grid GIS system online. Business personnel can check the on-site equipment conditions and system data by viewing the system photos to determine the accuracy of the box-meter relationship and whether to re-record the meter box photos. The recorded photo verification prompts the marketing and distribution collection and recording tools to modify the compliance of the photos and the consistency of the meter box relationship when collecting on-site meter box photos. If there is an abnormality in the consistency between the site and the system, the marketing system box-meter relationship files will be synchronously updated based on the on-site meter box relationship.

[0016] Operation and distribution work order management: Verification work order information query. Improve the verification work order information query function, add the display of "every stop must be checked" and the information related to the State Grid dispatch work order, and on-site verification task processing. Improve the on-site verification function interface, and provide the function of entering the information related to "every stop must be checked" and the State Grid dispatch work order.

[0017] Information verification: The functions related to on-site meter installation on the mobile terminal are modified, and the meter box photo entry verification and box-meter relationship verification are added. The photos uploaded and entered information during the business process are checked for accuracy and consistency to ensure the accuracy and authenticity of incremental business data.

[0018] Furthermore, the functional expansion of the marketing business application system includes new installation and capacity increase and change of electricity consumption, metering point management, HPLC communication module management, low-voltage fee control switch management, low-voltage metering box management, turnover box / cabinet management, abnormal reading back number management, and metering process optimization.

[0019] Metering point management: query photos of metering-related equipment and provide photo download and export.

[0020] The new installation, capacity increase and change in electricity consumption include meter installation, power connection and installation information entry.

[0021] Meter installation and power connection: Transform the meter installation and power connection or installation information entry link of the business expansion and new installation and change process, provide the function of uploading photos of meter boxes, electric energy meters, mutual inductors and terminals, and synchronize photos that meet business specifications to the power grid GIS system through the interface. Identify the uploaded equipment photos, obtain the electric energy meter barcode information, and generate on-site related relationship data. Verify the uploaded equipment photos, including whether the photo shooting quality meets the identification requirements, whether the identification information is consistent with the archive or plan, etc., and display abnormal information.

[0022] Installation information entry: The installation information entry link in the metering process is modified to provide the function of uploading photos of meter boxes, energy meters, transformers and terminals, and synchronize photos that meet business specifications to the power grid GIS system through the interface. The uploaded equipment photos are checked, including whether the photo shooting quality meets the identification requirements, whether the identification information is consistent with the archive or plan, etc., and abnormal information is displayed.

[0023] The HPLC communication module management includes demand management, warehouse management, distribution management, equipment installation, loss and scrap management, auxiliary functions, public query, and automatic binding of HPLC modules.

[0024] Equipment installation: Manage the matching, issuance and installation process of HPLC metering communication module and main equipment.

[0025] The installation of HPLC metering communication module is done together with the main equipment, through metering device modification process and new installation process, pre-commissioning management, metering point change, collection point setting and other processes, to achieve the process of metering, use and installation. After the installation is completed, the module changes to "operation" with the status of the main equipment.

[0026] Lost and scrapped management: This business manages the loss and scrapping of HPLC metrology communication modules, establishes and maintains a catalog of obsolete products, changes the status of obsolete HPLC metrology communication modules; scraps obsolete HPLC metrology communication modules and HPLC metrology communication modules that cannot be used after being disassembled; and performs lost processing on lost HPLC metrology communication modules. Lost is to manage the application, approval, and compensation processing of lost HPLC metrology communication modules to reduce asset loss. The lost processing involved in this business is applicable to the processing of HPLC metrology communication modules lost during the process of uninstalled return and distribution. Scrap management manages the scrapping of HPLC metrology communication modules. The scrapping process includes four links: scrapping application, technical appraisal, scrapping approval, and implementation of scrapping.

[0027] Auxiliary functions: bind and unbind the HPLC metering communication module with the main device, and sort the HPLC metering communication module devices.

[0028] Public query: query the information such as asset entry and exit, status change records, binding records, inventory status, etc. of metering communication.

[0029] The demand management includes preparing annual demand plans, preparing monthly demand plans, reviewing demand, submitting for approval, and implementing demand plans.

[0030] Prepare annual demand plan: Each demand management unit conducts statistical analysis on the number of new installations and fault replacements in the previous year, the number of rotation plans for this year, the current inventory, and the planned renovations in the area under its jurisdiction. It also estimates the business expansion demand based on relevant influencing factors such as customer development status and policies, etc., to predict the demand plan of the management unit (the number of rotations, new installations, faulty spares, and renovation needs) and prepare the demand plan.

[0031] Prepare monthly demand plan: The system automatically generates the initial "demand plan information" and "demand plan details (other equipment) information" of the cost management unit from the demand details of the corresponding month of the annual demand plan. The demand plan details can be adjusted according to the actual work situation, capital situation and other information, and saved in the "demand plan details (other equipment) information". Send it to the review stage according to the process settings.

[0032] Demand review: Review the prepared demand plan and adjust the relevant plan details. If the review fails, it will be returned for re-compilation with the review opinion noted. Approve the reviewed demand plan. If you disagree, indicate the review opinion and return it to the review stage. If you agree, proceed to the subsequent stage.

[0033] Report for approval: According to the regulations on approval management at each level, report to the higher level department for approval.

[0034] Demand plan takes effect: After the demand plan takes effect, the management unit department at the procurement level forms a demand procurement plan based on the demand plan, and transfers the procurement that requires bidding to the bidding center and waits for the bidding results. If the procurement does not require bidding, it is directly transferred to the procurement department for order execution.

[0035] The warehouse management includes warehouse entry management and warehouse exit management. The warehouse management of HPLC metering communication module mainly includes warehouse exit and warehouse entry management. At the same time, the bound main equipment is managed together with warehouse exit and warehouse entry.

[0036] Warehouse management: manage the warehousing of HPLC metering and communication modules, place the equipment in the corresponding storage location according to the status of the HPLC metering and communication modules, and verify and register the HPLC metering and communication modules. The warehousing of HPLC metering and communication modules includes temporary warehousing for new purchases, warehousing for new purchases after inspection, direct warehousing for new purchases, warehousing for verification / testing returns, warehousing for dismantling, warehousing for distribution, warehousing for pre-collected returns, warehousing for unloaded items, warehousing for replacement returned from the factory, warehousing for user asset transfer, warehousing for surplus assets, and warehousing for distribution returns.

[0037] Outbound management: Manage the outbound work of HPLC metering communication modules, and verify, register and issue HPLC metering communication modules according to the work orders generated or received. Outbound HPLC metering communication modules include newly purchased temporary outbound, outbound to be verified / calibrated, outbound for new installation, outbound for replacement, outbound for pre-installation, outbound for distribution, outbound for temporary loan, outbound for scrapped, outbound for return, outbound for other use, etc. The outbound situation can be classified and counted according to time, equipment type, purpose, etc.

[0038] The distribution management includes distribution demand, distribution plan, distribution execution, and inventory transfer. It manages the distribution demand generation, distribution plan formulation, distribution execution, and inventory transfer of the HPLC measurement communication module, and distributes it together with the bound main equipment.

[0039] Distribution demand: Distribution demand generation means that the equipment user submits a distribution application based on inventory conditions, equipment usage requirements, etc. The superior unit reviews the distribution application and generates distribution demand. Distribution demand includes qualified equipment distribution demand and equipment return distribution demand.

[0040] Distribution plan: It is to manage the process of formulating equipment distribution plan. The distribution plan includes: distribution between superior and subordinate warehouses, adjustment distribution between warehouses, and inventory transfer.

[0041] Distribution execution: This business manages the distribution execution process of HPLC metering and communication modules. According to the distribution plan, a distribution order is generated to pick up the HPLC metering and communication modules to be distributed from the warehouse, distribute the HPLC metering and communication modules to the receiving unit, receive the HPLC metering and communication modules and sign for the distribution order.

[0042] Inventory transfer: This business manages inventory transfers between branches (excluding emergency asset transfers) and processes received transfer task orders.

[0043] The automatic binding of the HPLC module includes automatic binding of the HPLC module and automatic binding result information query.

[0044] Automatic binding of HPLC module: Maintain the binding relationship between the object equipment (switches, communication modules) and the main equipment (metering box, energy meter, collection terminal). The collection system automatically identifies the binding relationship between the collection module and the main equipment, and pushes it to the intermediate library between the marketing system and the collection system. The marketing system updates the binding relationship of the marketing system based on the push results and records the log.

[0045] Automatic binding result information query: It is realized by direct data display, real-time reading of the data in the collection intermediate library and displaying it on the page. Query details based on time period, main device category, main device barcode, module barcode, and module adaptation type combination. The display fields are main device category, main device barcode, module category, module barcode, whether to process, processing result, processing time, processing department, and name of processing personnel.

[0046] The low-voltage fee-controlled switch management includes scrap management, query management, distribution management, replacement management, loss management, warehousing management, meter management, and theft management.

[0047] Scrap management: The low-voltage fee control switch is connected to the main equipment. When the main equipment is scrapped, the low-voltage fee control switch will be synchronously updated to scrapped status and the status change record will be inserted. The status will not be updated when the low-voltage fee control switch is running.

[0048] Query management: query metering assets, transform low-voltage fee control switches, and add low-voltage fee control switch binding query records.

[0049] Distribution management: Distribution of low-voltage fee-controlled switches: First, when distributing from the warehouse, the low-voltage fee-controlled switches will be shipped out according to the attributes of the distribution task; second, during distribution, only the "qualified in stock", "to be diverted", and "to be scrapped" low-voltage fee-controlled switches can be distributed; third, when distributing the "qualified in stock" electricity meters, the bound low-voltage fee-controlled switches will be delivered into the warehouse by default.

[0050] Replacement management: Replacement of low-voltage fee-controlled switches. First, replace the low-voltage fee-controlled switches bound to the running and in-transit electricity meters. When replacing, the low-voltage fee-controlled switches must be verified. Only those with the status of "qualified in stock" can be replaced. The status of the unbound low-voltage fee-controlled switches changes to "pending diversion", and the status of the newly bound low-voltage fee-controlled switches changes from "qualified in stock" to "bound", and from "bound" to "running". The marketing system synchronizes the unbinding information to the collection intermediate library; second, during the replacement and removal process of the electricity meter, after the electricity meter that has been bound to the low-voltage fee-controlled switch has been stolen, the status of the bound low-voltage fee-controlled switch automatically changes to "stolen". At the same time, the system automatically unbinds the binding relationship and synchronizes the unbinding information to the collection system.

[0051] Lost management: Lost management of low-voltage fee-controlled switches. First, in the lost process, the compensation amount for the electric energy meter that has been bound to the low-voltage fee-controlled switch is the compensation amount of the main equipment plus the compensation amount of the low-voltage fee-controlled switch. It is necessary to add the compensation standard of the low-voltage fee-controlled switch in the marketing system, and automatically calculate the compensation amount of the current lost equipment based on the archive. When printing the document, indicate that the compensation amount includes the low-voltage fee-controlled switch. After the process is archived, the status of the bound low-voltage fee-controlled switch automatically changes to "lost". At the same time, the system automatically unbinds the relationship and synchronizes the unbinding information to the collection system; second, the loss of the low-voltage fee-controlled switch can be checked during approval, and if the approval fails, it returns to the previous link; third, after the lost process is archived, the status of the low-voltage fee-controlled switch changes to "lost".

[0052] Inventory management: The unit information of the low-voltage fee control switch is updated when it is put into storage along with the main equipment.

[0053] Meter management: low-voltage fee control switch meter management function, check the newly installed electricity meter plan during the meter matching process, and the staff can bind the low-voltage fee control switch through the low-voltage fee control switch binding function.

[0054] Theft management: During the replacement and removal process of the electric energy meter with the stolen low-voltage fee control switch, after the electric energy meter that has been bound to the low-voltage fee control switch is processed as stolen, the status of the bound low-voltage fee control switch automatically changes to "stolen". At the same time, the system automatically unbinds the relationship and synchronizes the unbinding information to the collection system.

[0055] The low-voltage meter box management includes template maintenance, demand plan management, procurement plan management, equipment procurement list preparation, signing of technical agreements, equipment order list printing, temporary storage of new purchases, unpacking inspection, filing of power supply company inventory meter boxes, and filing of user-provided meter boxes.

[0056] Template maintenance: Each unit completes the inventory of the inventory meter boxes and completes the meter box template maintenance according to the actual needs of the unit. The marketing system provides template maintenance function.

[0057] Demand plan management: Generate meter box demand plan by batch. In the menu for preparing meter box demand plan, select asset category: other equipment; the bidding batch is selected according to the actual batch, and the management unit selects the plan-making unit to generate the demand plan for the batch. Generate meter box demand plan according to actual needs. On the plan details page, the management unit selects the plan-making unit, the category selects meter box, and the actual meter box template and demand quantity. Multiple records can be added to the demand plan details, but only one record can be added to the same template. After the plan details are added, the meter box demand plan is generated. To view the plan information, find the current process under the agency work order, double-click it to enter the demand plan review menu, in which you can view the planned statistical quantity.

[0058] Procurement plan management: Select the login personnel unit as the management unit and other equipment as the asset category. You can query the demand plan information that has taken effect but has not yet formulated a procurement plan. In the plan details page, you can modify the procurement quantity for each plan detail.

[0059] Equipment purchase list preparation: Asset Management >> Purchase Management >> Function >> Prepare equipment order list. First, save the bidding results in the bidding result information page. In the Prepare equipment order list menu, click the button behind the bidding number, and select the newly added bidding result information in the pop-up page. In the Prepare equipment order list menu, you can prepare an order list according to the procurement plan. Select the meter box in the equipment category on the pop-up page. After querying, select a query result.

[0060] Signing a technical agreement: Find this process under the agency work order, double-click it to enter the page for signing a technical agreement, click the icon button after the contract number, and a contract number will be automatically generated in the pop-up page. Select the meter box as the equipment category, select the required arrival date and contract signing date according to actual needs, and then click the icon button after the material demand list, and select the material demand list in the pop-up page. The manufacturing unit is allowed not to enter, and enter it when it arrives. After the order contract information is saved, select the meter box template to be ordered in the order contract details pop-up page, enter the purchase quantity and warranty period. The purchase quantity defaults to the same as the order demand number, which can be modified manually, but it is not allowed to exceed the order demand number. After the entry is completed, click the icon button after the start barcode, select the flow segment number in the pop-up page, and the system automatically fills in the starting barcode, asset number and factory number after returning to the page. The same order contract can add order contract details of different meter box templates. If you need to add multiple order contract details, add them in the order contract details and repeat the above operations.

[0061] Printing of equipment order list: Select the current process under the agency work order and double-click to enter the equipment order list printing page.

[0062] New purchases are temporarily put into storage: In the arrival registration page, select metering box as the equipment category and enter the necessary selection conditions for query. You can enter the barcode of any metering box that arrived this time for query. After selecting the current order contract, click the icon button after the arrival batch number in the arrival information, select a flow section number in the pop-up page, and enter the arrival date, recipient, production batch, purchase date and other non-empty fields and save. The arrival quantity is not allowed to be greater than the current contract quantity, but multiple arrivals are allowed for the same contract. After the arrival registration is completed, switch to the technical parameter verification page, select the manufacturing unit of the metering box that arrived this time and save it. After the technical parameter verification is completed, switch to the equipment file creation page, manually create files, and allow importing lists for batch file creation. After the equipment file is completed, switch to the equipment storage page, query the equipment information, select all the query results, and select the appropriate warehouse, storage area and person who takes it out before storage.

[0063] Unpacking inspection: Select the current process under the agent work order, double-click to enter the unpacking inspection processing result link, select the inspection conclusion and inspection content for this arrival batch, save and send, and end the process. If the inspection conclusion is qualified, the status of the metering box of this arrival batch is changed to qualified in stock, and if the inspection conclusion is unqualified, the status of the metering box of this arrival batch is changed to waiting to be returned to the factory.

[0064] Filing of meter boxes in the power supply enterprise inventory: Count the number of meter boxes according to the actual meter box templates, and file and store the meter boxes of each template of each power supply station according to the statistical results, and record the starting and ending asset numbers for easy barcode pasting. The asset management personnel export all barcode information according to the starting and ending asset numbers of each template, and complete the barcode pasting work on the meter boxes of the corresponding template after printing with a barcode printer, which is convenient for on-site installation.

[0065] User-provided meter boxes are filed and stored: Each unit can generate a batch of barcode numbers for customer-provided meter boxes according to different templates as needed. The asset management personnel will distribute them to the three-level meter warehouse of each installation team in the marketing system, and send the meter box barcode numbers to the asset managers of the relevant teams. The installation personnel will collect the meter box barcode numbers according to the installation order and post them at the customer's self-provided meter box during installation.

[0066] The turnover box / cabinet management includes turnover cabinet zoning, batch installation and disassembly process modification, inclusion of burnt tables in turnover cabinets, and batch new installation and replacement threshold setting.

[0067] Turnover cabinet partition: When an asset enters the turnover cabinet, the marketing system needs to push the asset status changes to the metering turnover cabinet through the interface synchronously; when the asset leaves the turnover cabinet, the marketing system updates the asset status according to the interface.

[0068] Batch installation and disassembly process transformation: When the power supply station installs new batches, check the storage space of the power supply station's turnover cabinet and the number of new installations. If the number of new batches is greater than the storage space of the power supply station's turnover cabinet, the power supply station will directly go to the county company's flat warehouse to collect the meter, and the urban branch will directly go to the corresponding city company to collect the meter. If you need to go to the county company or city company to collect the meter, you must inform it after the work order is initiated. When the power supply station installs new batches, if you collect the meter at the county company or city company, after the meter collection operation is completed, the asset unit will be automatically updated to the unit where the meter collector is located. In the batch dismantling process, the dismantled assets must be placed in the turnover cabinet. First scan the code to enter the turnover cabinet and take a photo for preservation, and then return it to the county company or the corresponding city company.

[0069] Burned meters are included in the turnover cabinet: some of the burned meters cannot be scanned and therefore cannot be put into the turnover cabinet, so the burned meters can be put into the turnover cabinet, but they need to be approved. If the reason for the removal is overload and burning, you can choose to put it into the turnover cabinet or into the flat warehouse during the storage of the dismantled equipment. If the barcode of the burned meter can be seen clearly and can be scanned for storage, it can be put into the turnover cabinet. If the barcode of the burned meter is not clear and cannot be put into the turnover cabinet, choose to put it into the flat warehouse and upload the meter photo during the storage of the dismantled equipment. The marketing system will automatically trigger the approval process, and after approval by the county company, it will be put into the flat warehouse of the power supply station.

[0070] Batch new installation and replacement threshold setting: The batch new installation and replacement process directly has the problem of county companies collecting forms, and the batch threshold needs to be adjusted as follows: in the low-voltage batch new installation process, the batch threshold is set to 10; in the renovation process, the batch threshold is set to 8.

[0071] The abnormal management of the copied-back indication includes sorting base verification, result approval, and initiation of refund and compensation application. In order to standardize the installation and disassembly of meters, standardize the marketing business, reduce the data of disassembled meters entered incorrectly by staff, and reduce the company's electricity bill losses, special management of the copied-back indication is carried out. It aims to solve the problem that the disassembled indication of the electric energy meter entered into the marketing system is inconsistent with the actual indication of the electric energy meter. Marketing pushes the disassembled indication of the meter to MDS in the installation information entry link. MDS compares the sorting indication of the sorting station according to the marketing push results. If the indication is inconsistent and is not within the error range, the verification process is initiated and the log is recorded.

[0072] Sorting bottom degree verification: When the bottom degree of the electric energy meter disassembled and returned by the marketing system is inconsistent with the MDS sorting bottom degree, the marketing system initiates the bottom degree verification process, and the metering class-class members, municipal (county) power supply station-service class-area manager, municipal-marketing-metering-meter installation and power connection-team members verify the differences between the sorting readings, the disassembled readings and the on-site disassembled readings, and return the results.

[0073] Result approval: Review the results of the dismantling of the electricity meters that have been checked. Through the uploaded photos of the electricity meters when they were dismantled, check whether the sorting depth and the actual depth verified on site are consistent with the depth reported in the system or are within the error range. If they are within the error range or the readings transmitted by marketing are consistent with the readings in the on-site photos, proceed to the next stage.

[0074] Initiate a refund application: During the sorting bottom verification stage, if there is indeed a difference between the entered readings, the refund process will be initiated to refund the difference in electricity.

[0075] The metering process optimization includes metering device transformation process, metering assembly and disassembly process optimization, module file synchronization interface, metering asset query function, and metering process verification transformation.

[0076] Metering device modification process: The metering device modification process maintains the installation location of the electricity meter; adds restrictions, temporary meter installation users cannot use the metering device modification process; the metering device modification process writes the comprehensive multiplier in the change record, and it is necessary to determine whether there is any electricity in this change.

[0077] Optimization of metering installation and disassembly processes: In the process of meter dismantling (including virtual dismantling), verification is added during the installation information entry and archiving stages.

[0078] Module file synchronization interface: Whether the concentrator and the electric energy meter support module binding fields, marketing needs to synchronize the MDS files, which is solved through the inter-system interface.

[0079] Metering asset query function: The metering asset query function adds the main equipment barcode and asset number query conditions. When querying the metering asset function, add the parameter "overdue inspection time" to the energy meter information page. When querying the in and out details, add the in and out time field.

[0080] Metering process verification transformation: In the installation information entry and archiving stage, "The number of operating meters and asset meters is inconsistent, please check and correct!" This rule needs to remove the maximum demand. Management before commissioning adds verification. When adding new metering points, metering point application information, metering point plan, metering point electric energy meter relationship plan, and electric energy meter plan are all indispensable.

[0081] Furthermore, the digital supervision of marketing and distribution visualization includes marketing and distribution data quality verification, image recognition technology development, marketing and distribution data optimization verification, marketing and distribution indicator monitoring, and closed-loop management of verification tasks.

[0082] The marketing and distribution data quality verification includes basic file display, comprehensive marketing and distribution data quality, and indicator benchmarking ranking. As a panoramic dynamic display homepage, it displays general indicator information such as typical power grid equipment, service resources, business expansion registration, power outage information, etc., and discovers shortcomings and deficiencies in the business development process through indicator benchmarking ranking and early warning, thereby achieving overall control of the current status of the company's marketing and distribution business.

[0083] Basic file display: Display the number of substations, lines, public distribution transformers, low-voltage meter boxes, high- and low-voltage users, and four types of service resources by region on a monthly basis.

[0084] Comprehensive data quality of distribution and distribution: Display of distribution station line transformer situation, and display of distribution station line transformer consistency rate indicators by region on a monthly basis. Display of distribution transformer to household situation, and display of distribution transformer and household consistency rate indicators by region on a monthly basis. Display of distribution box-household consistency situation, and display of distribution box-household consistency rate indicators by region on a weekly basis.

[0085] Indicator benchmarking and ranking: The business development status of each unit, indicator benchmarking status, shortcomings and target values ​​are visualized in the form of vivid and intuitive charts, and displayed from the perspective of managers at different levels.

[0086] The image recognition technology development includes on-site photo import, photo information recognition, and recognition information query. As a tool for on-site meter box photo recognition and processing, OCR image recognition technology is used to obtain meter information instead of the naked eye, and automatic association of on-site box-label relationship information is achieved. It mainly includes three functions: on-site photo import, photo information recognition, and recognition information query.

[0087] On-site photo import: As the entrance for importing photos of on-site meter boxes, it supports two import modes: PC and mobile.

[0088] Photo information recognition: Batch recognition of photos of existing meter boxes, synchronization of power grid GIS meter boxes and their corresponding photo data, use of image recognition technology, obtain barcode information of meters on meter box photos by unit, and establish a corresponding relationship with the meter box identification in the GIS system, providing data basis for the accuracy verification of the marketing box-meter relationship. Incremental meter box photo recognition: when meter box photos are imported, the barcode information of the electric energy meter contained in the photo is automatically recognized, and a corresponding relationship with the meter box is established.

[0089] Identification information query: query the on-site box-meter relationship information established through meter box photo recognition by unit and substation, and mark and identify meter boxes with abnormalities.

[0090] The marketing and distribution data quality verification includes indicator management, verification result query, whitelist management, optimizing original indicator statistics or adding new indicator statistics, and refining indicators according to actual business needs. It verifies data quality daily, and provides query and export of problem data to improve the management and control level of marketing and distribution related indicators.

[0091] Index management: Establish a quality inspection index database for distribution data, including public network substations (opening and closing stations), public network lines, public network transformers, user substations (opening and closing stations), user dedicated lines, user transformers, and household transformer relationships. Conduct daily index statistics and generate a problem list.

[0092] Verification result query: including problem quantity and detail query, and list export function. Problem quantity query, based on the power supply unit with daily statistical cycle, display the number of various data quality problems, including power supply unit, statistical date, problem category, problem description, statistical object, and problem quantity. Problem detail query, display detailed information of various problems under the power supply unit, including power supply unit, problem category, substation, line, transformer, meter box, electric energy meter, user and other information.

[0093] Whitelist management: By marking special files on the whitelist, such as power supply users, transferred users, shared substations, shared lines, etc., the whitelist is removed during data quality verification and indicator statistics to improve the accuracy of indicator extraction statistics. Whitelist application: According to certain business rules, the list of users who can apply for the whitelist is automatically screened. Business people can initiate whitelist applications based on the list, or customize the addition of devices or users that need to be added to the whitelist. Whitelist review: Review the whitelist application, and the whitelist that passes the review will take effect.

[0094] The marketing and distribution indicator monitoring includes the marketing and distribution penetration rate monitoring and the business expansion interactive application rate monitoring, which displays relevant business indicators such as the marketing and distribution penetration rate and the business expansion interactive application rate, and realizes the monitoring of the marketing and distribution penetration application results.

[0095] Monitoring of the operation and distribution penetration rate: monitor the operation and distribution penetration rate on a monthly basis, including the timeliness rate of maintenance of operation and distribution incremental data, the quality qualification rate of operation and distribution stock data, the success rate of 95598 system call collection system data, the timeliness rate of reporting 10kV line tripping events, the timeliness rate of reporting power outage (power on) events of smart meters (area total meters), the rate of accurate notification of power outage information to households, the rate of power outage analysis to households, the rate of auxiliary preparation and application of power supply plans, the rate of visualization of emergency repair process of "Online State Grid", the rate of sharing of power grid resource information, the rate of perception of operation and distribution data and other 11 sub-indicators, and comprehensively rank the operation and distribution penetration rate indicators by power supply units.

[0096] Monitoring of business expansion interaction application rate: statistics and monitoring of business expansion interaction application status on a monthly basis, including the total number of reported work orders, the number of qualified work orders, the number of unqualified work orders and other information.

[0097] The closed-loop management of verification tasks includes generating verification tasks, generating verification tasks, and querying verification tasks. Verification tasks are automatically generated for data quality screening issues and indicator monitoring anomalies, and are distributed to mobile operation terminals to handle and track abnormal issues.

[0098] Generate verification tasks: Based on data quality verification and abnormal business indicator monitoring issues, on-site verification tasks are automatically generated according to power supply units and substations.

[0099] Generate verification tasks: Push the generated verification tasks to the mobile operation terminal, and conduct on-site recording and verification operations through the marketing and distribution recording tools.

[0100] Verification task query: displays information such as historical verification tasks, current verification tasks, and verification task completion status.

[0101] Furthermore, the function optimization of the electricity consumption information collection system includes transformer-user relationship file verification and auxiliary functions.

[0102] Transformer-household relationship file verification: Marketing GIS provides the function of querying the transformer area within a specified distance based on the transformer area number. After the electricity consumption information collection system uses the collection terminal to sense the power outage in the transformer area, it calls the marketing GIS function to obtain the adjacent transformer areas within the specified distance of the outage transformer area, that is, the household transformer verification associated transformer area. The electricity consumption information collection system automatically penetrates the power outage records of the power meter under the outage transformer area and the associated transformer area. By comparing the penetrated power meter time with the standard GPS clock, the power meter clock deviation is calculated, and the power outage time and power-on time of the power meter are corrected. The power-on time of the collection terminal in the outage transformer area is used as the benchmark, and compared with the power-on time of all the power meters under the outage transformer area. By collecting the power outage event record data of the household meter and the transformer area, the corresponding relationship between the transformer area and the household can be quickly determined.

[0103] Auxiliary functions: Verify and judge the extreme values ​​of the relevant records of the collection system based on the key attributes of the marketing system customer files, equipment files, parameter files and other information to improve the accuracy of the files and the quality of the data. Combined with factors such as high negative losses in the substation area, data collection quality, and reverse power, conduct relevant analysis of household-to-substation relationships to assist in judgment. Through voltage matching and standard voltage comparison, the voltage rationality of the electric energy meter of the newly installed user is verified.

[0104] Furthermore, the power grid GIS system function optimization includes equipment photo uploading, equipment photo downloading, and photo application analysis. In order to ensure that the archival data of the future distribution and management platform and the power grid GIS system can be consistent, it is necessary to establish a synchronization interface with the power grid GIS system archival data.

[0105] Equipment photo upload: The provided meter box equipment photo data is parsed and imported into the big data platform to update the equipment photo information on the big data platform.

[0106] Equipment photo download: query the photo data on the big data platform through the meter box equipment number information, parse the photo data and return the returned photo data results to the marketing system in the form of interface services

[0107] Analysis of photo application: Statistics are collected on the photo upload of meter box equipment by scope through organizational unit information. Through marketing equipment photo control and statistical tools, combined with the equipment data of the existing PMS2.0 / GIS1.6 database and the photo data of the big data platform, intelligent analysis is performed on the photo upload status within the organizational unit.

[0108] Furthermore, the function optimization of the power supply service command platform includes on-site processing of marketing and distribution inspections and closed-loop control of suspected power outage warnings. In order to ensure that the archival data of the marketing and distribution control platform and the power supply service command platform can be consistent in the future, it is necessary to establish an archival data synchronization interface with the power supply service command platform.

[0109] On-site processing of distribution inspection: After receiving the distribution inspection and verification work order sent by State Grid 95598 through the power supply service command system, the work order handling requirements and business functions are distributed to the handheld power system through the interface forwarding program based on the work order handling process. The business personnel will handle and execute the work order through the handheld power system according to the actual situation on site and business work arrangements. After the on-site inspection, accurate information is fed back in a closed loop, and abnormal information is processed and improved through real-time update of the handling process. After the handling is completed, the handling result information is uploaded and fed back to the power supply service command system through the interface program. The supply command system will feed back the distribution inspection and verification information to the State Grid 95598 business support system in real time to form a closed-loop management.

[0110] Closed-loop control of suspected power outage warning: After the power supply service command system receives the suspected power outage warning work order sent by State Grid 95598, it will transfer the business through the work order handling process, and send the suspected frequent power outage warning number, related fault work order number, power supply unit code, dispatcher employee number, warning time, warning work order status, equipment identification, equipment name, caller number, user number and other information in the suspected frequent power outage warning information to the handheld power system through the interface program. The handheld power system will execute according to the actual situation on site, the business data records between systems and the business work arrangements. After the handling is completed, the handling result information will be uploaded to the power supply service command system through the interface program.

[0111] Furthermore, the construction of the marketing project management platform includes marketing project reserve management, project milestone management, project procurement management, project construction management, project indicator management, and auxiliary functions.

[0112] Project construction management: The project implementation department obtains the project implementation status and fund withdrawal status from ERP or other systems.

[0113] Project indicator management: Graphical display of assessment indicators, analysis and statistics of assessment indicators, and printable reports of key figures on a quarterly basis.

[0114] Auxiliary functions: Improve the message prompt function, only prompt the person filling out the form, and send a message notification through WeChat. Add a project message pop-up box function, so that each user can see the number of unprocessed projects under the name of the provincial company leader. Query statistical analysis function, the first statistical chart is displayed in the form of a line chart, and is displayed according to capital and cost.

[0115] Furthermore, the marketing project reserve management includes reserve project reporting, reserve project review, and budget management.

[0116] Filling in reserve projects: A virtual library of reserve projects is established based on cities. When the city reserves are put into the library, the review results will be based on the documents stamped by the design unit. The project will be officially put into the library based on uploading the scanned copy of the stamp, otherwise it will be returned to the original submitting unit. The reserve library process is optimized and adjusted, and the process name in the system is adjusted according to actual management needs. Upload attachments of reserve projects, track the upload of attachments throughout the process, and accurately locate the name and time of each uploaded attachment.

[0117] Review of reserve projects: Add confirmation submission to the batch review page, increase the query conditions of the responsible department and the current link. Projects in the reserve project database that are more than one year old need to be automatically returned to the applicant, who will then re-apply.

[0118] Budget management: Budget templates are designed for different project types and support import and export. Project budget preparation supports rollback and withdrawal functions, but cross-level withdrawal is not allowed. When filling in milestone plans, the outbound projects can be automatically displayed based on information such as the unit and the person filling in the plan.

[0119] The project milestone management includes milestone plan filling and milestone plan statistics.

[0120] Milestone plan reporting: When reporting a milestone plan, the items that have been shipped out can be automatically displayed according to the unit, the person reporting, and other information. When reporting a milestone plan, different personnel roles can be automatically triggered to prepare it according to the nature of the project, amount, unit, etc., and the information such as the person reporting can automatically display the items that have been shipped out. Display the relevant information of the project milestone obtained by the ERP system.

[0121] Milestone plan statistics: According to the project plan, the execution status should be summarized and reported.

[0122] The project procurement management includes procurement plan management and procurement plan statistics.

[0123] Procurement plan management: When filling in a procurement plan, the items that have been shipped out can be automatically displayed according to the unit, the person filling in the form, and other information. When filling in a procurement plan, different personnel roles can be automatically triggered for preparation according to the nature of the project, amount, unit, etc., and the items that have been shipped out can be automatically displayed according to the person filling in the form, etc.

[0124] Procurement plan statistics: Based on the procurement plan statistics, the execution status should be summarized and reported; based on the amount returned by ERP, the project is automatically marked as having been tendered.

[0125] The beneficial effects achieved by the present invention using the above structure are as follows:

[0126] 1. Through this project, the existing business will be transformed from offline to online, project management will be intelligent, online business processing capabilities will be improved, and existing marketing data resources will be fully utilized. Through data integration, data sharing, and communication, on-site work efficiency will be improved, and the power connection time will be reduced. Offline information interaction will be shared online in real time, which will improve labor productivity, improve work standardization, reduce data transmission errors, provide assistance to the company in promoting products, and ensure the return on project investment.

[0127] 2. At the management level, the integrated sharing and business integration of archival information and relational data such as substations, public lines, public transformers, dedicated lines, dedicated transformers, low-voltage meter boxes, electricity meters, and users are realized, information barriers are eliminated, enterprise data resources are shared, marketing project management is strengthened, project processes are standardized, project investment is controlled, project implementation is guaranteed, and the company's efficiency in project management is improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0128] Figure 1 The business architecture diagram of the power marketing management and equipment installation and disassembly system proposed for this plan;

[0129] Figure 2 The technical architecture diagram of the power marketing management and equipment installation and disassembly system proposed for this plan;

[0130] Figure 3 This is the project organizational chart for the power marketing management and equipment installation and disassembly system proposed for this plan. DETAILED DESCRIPTION

[0131] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments; based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0132] like Figure 1 to Figure 3As shown in the figure, the power marketing management and equipment installation and disassembly system proposed in this plan includes the expansion of mobile marketing functions, the expansion of marketing business application system functions, the visualization of digital supervision and distribution, the optimization of power consumption information collection system functions, the optimization of power grid GIS system functions, the optimization of power supply service command platform functions, the construction of marketing project management platform, Alipay micro-hall applet, development platform and environmental requirements.

[0133] The mobile marketing function expansion includes metering on-site operation management and marketing and distribution on-site operation management. The metering on-site operation management includes task management, business processing, electricity meter basic data entry, terminal debugging, and equipment information collection. The marketing and distribution on-site operation management includes marketing and distribution data collection, marketing and distribution work order management, and information verification.

[0134] The functional expansion of the marketing business application system includes new installation, capacity increase and change of electricity consumption, metering point management, HPLC communication module management, low-voltage fee control switch management, low-voltage metering box management, turnover box / cabinet management, abnormal management of reading back numbers, and metering process optimization. The new installation, capacity increase and change of electricity consumption include meter installation and power connection and installation information entry. The HPLC communication module management includes demand management, warehouse management, distribution management, equipment installation, loss and scrap management, auxiliary functions, public query, and automatic binding of HPLC modules. The low-voltage fee control switch management includes scrap management, query management, distribution management, replacement management, loss management, warehousing management, meter matching management, and theft management. The low-voltage meter box management includes template maintenance, demand plan management, procurement plan management, equipment procurement list preparation, signing of technical agreements, equipment order list printing, temporary storage of new purchases, unpacking inspection, filing of meter boxes in stock of power supply enterprises, and filing of user-provided meter boxes in storage. The turnover box / cabinet management includes turnover cabinet partitioning, batch installation and disassembly process modification, inclusion of burnt tables in turnover cabinets, and batch new installation and replacement threshold setting. The abnormal management of copy-back numbers includes sorting bottom degree verification, result approval, and initiation of refund and compensation applications. The metering process optimization includes metering device modification process, metering installation and disassembly process optimization, module file synchronization interface, metering asset query function, and metering process verification transformation.

[0135] The demand management includes the preparation of annual demand plans, the preparation of monthly demand plans, demand review, reporting and approval, and the implementation of demand plans. The warehouse management includes incoming warehouse management and outgoing warehouse management. The distribution management includes distribution demand, distribution plan, distribution execution, and inventory transfer. The HPLC module automatic binding includes HPLC module automatic binding and automatic binding result information query.

[0136] The digital supervision of marketing and distribution visualization includes marketing and distribution data quality verification, image recognition technology development, marketing and distribution data optimization verification, marketing and distribution indicator monitoring, and closed-loop management of verification tasks. The marketing and distribution data quality verification includes basic file display, marketing and distribution data quality integration, and indicator benchmarking ranking. The image recognition technology development includes on-site photo import, photo information recognition, and recognition information query. The marketing and distribution data quality verification includes indicator management, verification result query, and whitelist management. The marketing and distribution indicator monitoring includes marketing and distribution penetration rate monitoring and business expansion interactive application rate monitoring. The closed-loop management of verification tasks includes generating verification tasks, generating verification tasks, and querying verification tasks.

[0137] The function optimization of the electricity consumption information collection system includes transformer-user relationship file verification and auxiliary functions.

[0138] The power grid GIS system function optimization includes equipment photo uploading, equipment photo downloading, and photo application analysis.

[0139] The function optimization of the power supply service command platform includes on-site processing of distribution inspections and closed-loop control of suspected power outage warnings.

[0140] The construction of the marketing project management platform includes marketing project reserve management, project milestone management, project procurement management, project construction management, project indicator management, and auxiliary functions. The marketing project reserve management includes reserve project reporting, reserve project review, and budget management. The project milestone management includes milestone plan reporting and milestone plan statistics. The project procurement management includes procurement plan management and procurement plan statistics.

[0141] When used specifically, the functions of mobile marketing are extended to: metering site operation management, sending work orders to mobile marketing through the marketing business application system, and mobile marketing receiving work orders distributed by marketing and displaying them on mobile marketing. Receive work orders distributed by marketing, and use mobile marketing to install, dismantle and replace on-site equipment. On-site workers use mobile marketing to dismantle the electric energy meter and enter the real-time information on the bottom of the meter. The entry methods include: infrared meter reading, collection call test, and manual entry. In the terminal debugging stage, support is provided for initiating equipment collection and debugging requests to the electricity information collection system at the electricity consumption site through mobile marketing, and automatically receiving the debugging result information returned by the electricity information collection system. On-site workers can use the graphical interface of the mobile marketing to maintain the relationship between the meter box and the electricity meter. Before dismantling the metering equipment, on-site workers can use the mobile marketing to verify the seal of the metering equipment. After installing the metering equipment, on-site workers can use the mobile marketing to record the sealing information of the metering equipment, and realize the automatic collection, calibration, storage and upload of the longitude and latitude information of the on-site metering equipment; the equipment includes: meter box, electricity meter, mutual inductor, collection terminal, etc.

[0142] The marketing and distribution are integrated with the on-site operation management, which enables GIS photo viewing, recording and verification reminders of photos, verification of work order information, and on-site verification task processing. New meter box photo entry verification and box-table relationship verification are added to conduct accuracy and consistency verification of photos uploaded and input information during business operations to ensure the accuracy and authenticity of incremental business data.

[0143] Functional expansion of the marketing business application system: new installation, capacity increase and change of electricity consumption, transformation of the meter installation and power connection or installation information entry links in the business expansion and change process, providing meter box, energy meter, mutual inductor and terminal photo upload function, and synchronizing photos that meet business specifications to the power grid GIS system through the interface.

[0144] The installation information entry link in the metering process is transformed to provide the function of uploading photos of meter boxes, electricity meters, transformers and terminals, and synchronize photos that meet business specifications to the power grid GIS system through the interface.

[0145] Metering point management, query photos of metering-related equipment, and provide photo download and export.

[0146] HPLC communication module management, demand management, including: preparation of annual demand plan, preparation of monthly demand plan, demand review, demand approval, reporting and approval, and implementation of demand plan.

[0147] Warehouse management: HPLC metering communication module warehouse management mainly involves outbound and inbound management. At the same time, outbound and inbound management is performed on the bound main equipment.

[0148] Distribution management manages the generation of distribution requirements, distribution plan formulation, distribution execution, and inventory transfer of HPLC measurement and communication modules, and distributes them together with the bound main equipment.

[0149] Equipment installation, management of the matching, issuance and installation process of HPLC metering communication module and main equipment.

[0150] Loss and scrapping management: This business is to manage the loss and scrapping of HPLC metering communication modules, establish and maintain a catalog of obsolete products, change the status of obsolete HPLC metering communication modules; perform scrapping on obsolete HPLC metering communication modules and HPLC metering communication modules that cannot be used after being disassembled; perform loss processing on lost HPLC metering communication modules.

[0151] Auxiliary function: This service is to bind and unbind the HPLC metering communication module with the main equipment, and to sort the HPLC metering communication module equipment.

[0152] Public query, query the information such as asset entry and exit, status change records, binding records, inventory status, etc. of metering communication.

[0153] HPLC module automatic binding, including HPLC module automatic binding and automatic binding result information query.

[0154] Low-voltage fee-controlled switch management, including scrap management, inquiry management, distribution management, replacement management, loss management, warehousing management, meter management, and theft management.

[0155] Low-voltage meter box management, including: template maintenance, demand plan management, procurement plan management, preparation of equipment procurement lists, signing of technical agreements, printing of equipment order lists, temporary storage of new purchases, unpacking inspection, filing of meter box inventory of power supply companies, and filing of meter boxes provided by users.

[0156] Turnover box / cabinet management, including: turnover cabinet partitioning, batch installation and disassembly process modification, burnout table included in turnover cabinet, batch new installation and replacement threshold setting.

[0157] Abnormal management of meter readings: In order to standardize meter installation and disassembly work, standardize marketing business, reduce the loss of electricity bills caused by staff entering wrong meter readings, and reduce the inconsistency between meter readings entered into the marketing system and the actual readings of the meter, special management of meter readings is carried out.

[0158] The measurement process optimization includes: measurement device transformation process, measurement assembly and disassembly process optimization, module file synchronization interface, measurement asset query function, and measurement process verification transformation.

[0159] Digital supervision and visualization of distribution and marketing: The quality inspection of distribution and marketing data serves as a panoramic dynamic display homepage, showing general indicator information such as typical power grid equipment, service resources, business expansion registration, power outage information, etc. It also discovers shortcomings and deficiencies in the business development process through benchmarking ranking and early warning of indicators, and realizes overall control of the current status of the company's distribution and marketing business.

[0160] Image recognition technology is developed as a tool for on-site meter box photo recognition and processing. Through OCR image recognition technology, meter information is obtained instead of the naked eye, and the automatic association of on-site box label relationship information is realized. It mainly includes three functions: on-site photo import, photo information recognition, and recognition information query.

[0161] Check the quality of marketing and distribution data, optimize the original indicator statistics or add new indicator statistics, and refine the indicators according to actual business needs. Check the data quality every day, and provide query and export of problem data to improve the management and control level of marketing and distribution related indicators.

[0162] Marketing and distribution indicator monitoring displays relevant business indicators such as marketing and distribution penetration rate, business expansion and interactive application rate, and realizes the monitoring of marketing and distribution penetration application results.

[0163] Closed-loop management of verification tasks automatically generates verification tasks for data quality screening issues and indicator monitoring anomalies, and distributes them to mobile operation terminals to handle and track abnormal issues.

[0164] Function optimization of the electricity consumption information collection system: Marketing GIS provides the function of querying the substation within a specified distance according to the substation number. After the electricity consumption information collection system uses the collection terminal to sense the power outage in the substation, it calls the marketing GIS function to obtain the adjacent substations within the specified distance of the outage substation, that is, the substations associated with the household transformer verification.

[0165] Based on the key attributes of the marketing system's customer files, equipment files, parameter files and other information, the relevant records of the collection system are checked and judged to improve the accuracy of the files and enhance the data quality.

[0166] Optimization of power grid GIS system functions: In order to ensure that the archival data of the distribution and management platform and the power grid GIS system are consistent in the future, it is necessary to establish a synchronization interface with the archival data of the power grid GIS system.

[0167] On-site picture management, including: equipment photo upload, equipment photo download, and photo application analysis.

[0168] Function optimization of power supply service command platform: After the power supply service command system receives the suspected power outage warning work order issued by State Grid 95598, the business is transferred to the handheld power system through the work order handling process. The handheld power system executes the work according to the actual situation on site, the business data records between systems and the business work arrangements. After the handling is completed, the handling result information is uploaded to the power supply service command system through the interface program. The power supply command system feeds back the work order handling results to the State Grid 95598 business support system and marketing business application system.

[0169] Construction of marketing project management platform: Marketing project reserve management includes reserve project reporting, reserve project review, and budget management.

[0170] Project milestone management: when filling in milestone plans, the released projects can be automatically displayed according to the unit, filler and other information. According to the project plan, the execution status should be summarized and reported.

[0171] Project procurement management: When filling in the procurement plan, the outbound items can be automatically displayed according to the unit, filler and other information. According to the procurement plan statistics, the execution status should be summarized and reported; according to the amount returned by ERP, the project is automatically marked as tendered.

[0172] Project construction management, project implementation status and fund withdrawal status can be obtained from ERP or other systems.

[0173] Project indicator management, graphical display of assessment indicators, analysis and statistics of assessment indicators, and quarterly report generation of key figures, which can be printed.

[0174] Auxiliary functions: improve the message reminder function, only remind the person filling out the form, and send message notifications via WeChat.

[0175] A project message pop-up box function has been added, so that each user can see the number of unprocessed projects under the name of provincial company leaders.

[0176] Query the statistical analysis function. The first statistical chart is displayed in the form of a line chart, according to capital and cost.

[0177] Alipay Weihang mini program: "Online State Grid" Alipay integration includes: account registration and login, account number binding, account number unbinding, real-name authentication, recharge and payment, electricity usage knowledge, "Online State Grid" business diversion, "Online State Grid" product promotion diversion, and "Online State Grid" points inquiry.

[0178] Micro-hall business management, Alipay Micro-hall management background provides Gansu Power Micro-hall homepage (top announcement, function menu, banner position) configuration management, information management (outlet query, electricity usage knowledge, residential electricity prices, announcement management) and user management (administrators, operation and maintenance personnel), password management.

[0179] Regularly update and maintain the carousel advertising space built into the mini program, and design novel and eye-catching content promotion pages based on the "Online State Grid" operation and promotion plan.

[0180] The marketing management and equipment assembly and disassembly module design and development project completed the established work content in accordance with the project contract, the system function met the system function requirements of the business department, and submitted the materials required for project acceptance. At the same time, the system has good software and hardware expansion capabilities, including adding new computer hardware, adding new software functions and system capacity expansion (including the number of devices that can be connected, the capacity of the system database, etc.), and there is no limitation on the design capacity, so that the system can be designed as a whole, constructed and put into operation in steps, gradually expanded, and gradually upgraded to meet the requirements of continuous development of management.

[0181] The system is now online and running, and the overall system functions are running normally, and the functions of each module can meet the expected requirements of users.

[0182] The system has been verified by business personnel at all levels and meets the requirements of project construction; after actual application, the performance meets user needs and the system operates well.

[0183] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0184] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A power marketing management and equipment installation and disassembly system, characterized by: It includes the expansion of mobile marketing functions, expansion of marketing business application system functions, visualization of digital supervision and distribution, optimization of electricity consumption information collection system functions, optimization of power grid GIS system functions, optimization of power supply service command platform functions, construction of marketing project management platform, and Alipay Micro-Hall mini program.

2. The power marketing management and equipment assembly and disassembly system according to claim 1, characterized in that: The mobile marketing function expansion includes metering on-site operation management and marketing and distribution on-site operation management. The metering on-site operation management includes task management, business processing, electricity meter basic data entry, terminal debugging, and equipment information collection. The marketing and distribution on-site operation management includes marketing and distribution data collection, marketing and distribution work order management, and information verification.

3. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The functional expansion of the marketing business application system includes new installation, capacity increase and change of electricity consumption, metering point management, HPLC communication module management, low-voltage fee control switch management, low-voltage metering box management, turnover box / cabinet management, abnormal management of reading back numbers, and metering process optimization. The new installation, capacity increase and change of electricity consumption include meter installation and power connection and installation information entry. The HPLC communication module management includes demand management, warehouse management, distribution management, equipment installation, loss and scrap management, auxiliary functions, public query, and automatic binding of HPLC modules. The low-voltage fee control switch management includes scrap management, query management, distribution management, replacement management, loss management, warehousing management, meter matching management, and theft management. The low-voltage meter box management includes template maintenance, demand plan management, procurement plan management, equipment procurement list preparation, signing of technical agreements, equipment order list printing, temporary storage of new purchases, unpacking inspection, filing of meter boxes in stock of power supply enterprises, and filing of user-provided meter boxes in storage. The turnover box / cabinet management includes turnover cabinet partitioning, batch installation and disassembly process modification, inclusion of burnt tables in turnover cabinets, and batch new installation and replacement threshold setting. The abnormal management of copy-back numbers includes sorting bottom degree verification, result approval, and initiation of refund and compensation applications. The metering process optimization includes metering device modification process, metering installation and disassembly process optimization, module file synchronization interface, metering asset query function, and metering process verification transformation.

4. The power marketing management and equipment assembly and disassembly system according to claim 3 is characterized by: The demand management includes the preparation of annual demand plans, the preparation of monthly demand plans, demand review, reporting and approval, and the implementation of demand plans. The warehouse management includes incoming warehouse management and outgoing warehouse management. The distribution management includes distribution demand, distribution plan, distribution execution, and inventory transfer. The HPLC module automatic binding includes HPLC module automatic binding and automatic binding result information query.

5. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The digital supervision of marketing and distribution visualization includes marketing and distribution data quality verification, image recognition technology development, marketing and distribution data optimization verification, marketing and distribution indicator monitoring, and closed-loop management of verification tasks. The marketing and distribution data quality verification includes basic file display, marketing and distribution data quality integration, and indicator benchmarking ranking. The image recognition technology development includes on-site photo import, photo information recognition, and recognition information query. The marketing and distribution data quality verification includes indicator management, verification result query, and whitelist management. The marketing and distribution indicator monitoring includes marketing and distribution penetration rate monitoring and business expansion interactive application rate monitoring. The closed-loop management of verification tasks includes generating verification tasks, generating verification tasks, and querying verification tasks.

6. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The function optimization of the electricity consumption information collection system includes transformer-user relationship file verification and auxiliary functions.

7. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The power grid GIS system function optimization includes equipment photo uploading, equipment photo downloading, and photo application analysis.

8. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The function optimization of the power supply service command platform includes on-site processing of distribution inspections and closed-loop control of suspected power outage warnings.

9. The power marketing management and equipment assembly and disassembly system according to claim 1 is characterized by: The construction of the marketing project management platform includes marketing project reserve management, project milestone management, project procurement management, project construction management, project indicator management, and auxiliary functions. The marketing project reserve management includes reserve project reporting, reserve project review, and budget management. The project milestone management includes milestone plan reporting and milestone plan statistics. The project procurement management includes procurement plan management and procurement plan statistics.

Images