Monitoring method and system for whole-process management of power grid project

Abstract

The invention discloses a monitoring method and system for full-process management of a power grid project, and the method comprises the steps: obtaining the overall planning data of the power grid project, and dividing the power grid project into a plurality of sub-projects according to the overall planning data; obtaining planning data of each sub-project; and monitoring fund, material and construction data of each sub-project according to the planning data, and setting a corresponding reminding mechanism and sending a reminding instruction. A power grid project can be divided into a plurality of sub-projects, each link is monitored according to planning data of the sub-projects, key time node threshold reminding is set, and data of funds, materials, construction and the like are checked and detected, so that the progress of the power grid project is accurately controlled, and the real and reliable data of the power grid project and the collaboration of the power grid project are ensured; the whole-process fine management of each sub-project from fund preparation, material supply to construction end is realized, and the flexibility and execution efficiency of power grid project management are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of power systems, and in particular to a monitoring method and system for full-process management of power grid projects. Background Art

[0002] As the scale of power grid construction continues to expand, power grid projects have become more and more complex, and different resources are required at different stages of power grid projects. However, existing power grid projects are usually managed manually and lack automated monitoring methods, and manual management is prone to errors and omissions. For example, the amount of funds received does not match the investment amount, the quantity or specifications of materials are wrong, and the project settlement data is inaccurate. These data errors will affect project cost accounting, resource allocation, and subsequent project evaluation. In addition, in the existing power grid project management, the monitoring of construction, investment, and material supply processes is usually carried out independently, with problems such as data islands, inconsistent information, and poor coordination, resulting in low project execution efficiency and difficulty in fully and accurately grasping the project status. Summary of the invention

[0003] The present invention provides a monitoring method and system for the whole-process management of a power grid project. By dividing the power grid project into multiple sub-projects, each link is monitored according to the planning data of the sub-projects, threshold reminders for key time nodes are set, and data such as funds, materials, and construction are checked and detected. This method can accurately control the project progress, ensure the authenticity and reliability of project data and the coordination of the entire power grid project, and improve the flexibility and overall efficiency of project management.

[0004] In order to achieve the above object, an embodiment of the present invention provides a monitoring method for the whole process management of a power grid project, comprising: Obtaining overall planning data of a power grid project, and dividing the power grid project into a plurality of sub-projects according to the overall planning data; Acquire planning data for each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; monitor each sub-project according to the planning data; When it is detected that the time period from the arrival time of the target sub-project is less than a preset first time threshold, if the funds arrival indication of the target sub-project is not received, a first reminder indication is sent to the management terminal of the target sub-project; if the funds arrival indication is received, the funds that have been received are checked according to the corresponding funds data; When it is detected that the time period from the supply time of the target sub-project is less than a preset second time threshold, and the material storage instruction of the target sub-project has not been received, a second reminder instruction is sent to the management terminal of the target sub-project; when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data; When it is detected that the construction end time of the target sub-project has arrived, if the construction end instruction of the target sub-project has not been received, a third reminder instruction is sent to the management terminal of the target sub-project; if the construction end instruction is received, the completed construction is checked according to the corresponding construction data.

[0005] As an improvement of the above solution, if the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

[0006] As an improvement of the above solution, when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

[0007] As an improvement of the above solution, if the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

[0008] As an improvement of the above solution, after sending the third reminder instruction to the management terminal of the target sub-project, the method further includes: According to the third reminder instruction, the planning data of the sub-project associated with the target sub-project is adjusted.

[0009] In order to achieve the above object, an embodiment of the present invention provides a monitoring system for full-process management of a power grid project, including: A power grid project division module, used to obtain overall planning data of a power grid project, and divide the power grid project into a plurality of sub-projects according to the overall planning data; The target project monitoring module is used to obtain the planning data of each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; each sub-project is monitored according to the planning data; The project fund monitoring module is used for, when it is detected that the time period from the arrival time of the target sub-project is less than a preset first time threshold, if the fund arrival indication of the target sub-project is not received, sending a first reminder indication to the management terminal of the target sub-project; if the fund arrival indication is received, checking the funds that have been received according to the corresponding fund data; The project material monitoring module is used to send a second reminder instruction to the management terminal of the target subproject when it is detected that the time period from the supply time of the target subproject is less than a preset second time threshold and the material storage instruction of the target subproject has not been received; when the material storage instruction is received, detect the stored materials according to the corresponding material supply data; The project construction monitoring module is used to send a third reminder instruction to the management terminal of the target subproject when it is detected that the construction end time of the target subproject has arrived, if the construction end instruction of the target subproject has not been received; if the construction end instruction is received, the completed construction is proofread according to the corresponding construction data.

[0010] As an improvement of the above solution, if the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

[0011] As an improvement of the above solution, when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

[0012] As an improvement of the above solution, if the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

[0013] As an improvement of the above solution, the monitoring system for the whole process management of the power grid project further includes: A project time adjustment module is used to adjust the planning data of the sub-project associated with the target sub-project according to the third reminder instruction.

[0014] Compared with the prior art, the embodiment of the present invention discloses a monitoring method and system for the whole process management of a power grid project, comprising obtaining the overall planning data of the power grid project, dividing the power grid project into a plurality of sub-projects according to the overall planning data; obtaining the planning data of each sub-project; wherein the planning data comprises capital data, material supply data and construction data; the capital data comprises the investment amount, the arrival time and the capital contract information; the material supply data comprises the basic material information and the supply time; the construction data comprises the project settlement data, the construction end time and the construction project data; monitoring each sub-project according to the planning data; when it is detected that the time period from the arrival time of the target sub-project is less than the preset first time threshold, if the capital arrival indication of the target sub-project is not received, A first reminder indication is sent to the management terminal of the target sub-project; if the fund arrival indication is received, the received funds are checked according to the corresponding fund data; when it is detected that the time period from the supply time of the target sub-project is less than the preset second time threshold, and the material warehousing indication of the target sub-project has not been received, a second reminder indication is sent to the management terminal of the target sub-project; when the material warehousing indication is received, the materials that have been put into storage are checked according to the corresponding material supply data; when it is detected that the construction end time of the target sub-project has arrived, if the construction end indication of the target sub-project has not been received, a third reminder indication is sent to the management terminal of the target sub-project; if the construction end indication is received, the completed construction is checked according to the corresponding construction data. By dividing the power grid project into multiple sub-projects, monitoring each link according to the planning data of the sub-projects, setting threshold reminders for key time nodes, and verifying and testing data such as funds, materials, and construction, we can accurately control the project progress, ensure the authenticity and reliability of project data and the coordination of the entire power grid project, and achieve refined management of the entire process of each sub-project from fund preparation, material supply to the end of construction, improve the flexibility and work efficiency of project management, and provide a reliable basis for subsequent evaluation. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1It is a flow chart of a monitoring method for full-process management of a power grid project provided by an embodiment of the present invention; Figure 2 It is a structural diagram of a monitoring system for full-process management of a power grid project provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0016] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] It should be noted that the terms "comprises" and "specifically" and any variations of the present invention are intended to cover non-exclusive inclusions. For example, a process, method, system, product or apparatus comprising a series of steps or units is not necessarily limited to those steps or units explicitly listed, but may include other steps or units that are not explicitly listed or inherent to these processes, methods, products or apparatuses.

[0018] See also Figure 1 , Figure 1 1 is a flow chart of a monitoring method for the whole process management of a power grid project provided by an embodiment of the present invention, and the monitoring method for the whole process management of a power grid project includes: S1, obtaining overall planning data of a power grid project, and dividing the power grid project into a plurality of sub-projects according to the overall planning data; S2, obtaining planning data for each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; and monitoring each sub-project according to the planning data; S3, when it is detected that the time period from the arrival time of the target sub-project is less than a preset first time threshold, if the funds arrival indication of the target sub-project is not received, a first reminder indication is sent to the management terminal of the target sub-project; if the funds arrival indication is received, the funds that have been received are checked according to the corresponding funds data; S4, when it is detected that the time period from the supply time of the target sub-project is less than a preset second time threshold, and the material storage instruction of the target sub-project has not been received, a second reminder instruction is sent to the management terminal of the target sub-project; when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data; S5. When it is detected that the construction end time of the target sub-project has arrived, if the construction end instruction of the target sub-project has not been received, a third reminder instruction is sent to the management terminal of the target sub-project; if the construction end instruction is received, the completed construction is checked according to the corresponding construction data.

[0019] Exemplarily, the monitoring method for the whole process management of the power grid project described in the embodiment of the present invention can be implemented by a power grid project management server. The power grid project management server can exchange information with the target user. The power grid project management server obtains the overall planning data of the power grid project (such as capital planning data, material supply planning data and construction planning data), divides the power grid project into several sub-projects according to the overall planning data, obtains the planning data of each sub-project, and monitors each sub-project according to the planning data (for example, the time of arrival of funds, the time of material supply, the time of completion of construction, etc.); when it is detected that the time period from the arrival time of the target sub-project is less than the preset first time threshold (for example, the first time threshold can be set to 3 days before the arrival time or 1 day before the arrival time, etc.), if the funds arrival indication of the target sub-project is not received, a first reminder indication (such as a funds non-arrival indication) is sent to the management terminal of the target sub-project; if the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data. The funds in the account are checked; when it is detected that the time period from the supply time of the target sub-project is less than a preset second time threshold (for example, the second time threshold can be set to 3 days or 2 days before the supply time, etc.), and the material warehousing instruction of the target sub-project has not been received, a second reminder instruction (for example, a reminder that the materials have not yet been put into the warehouse) is sent to the management terminal of the target sub-project; when the material warehousing instruction is received, the materials that have been put into the warehouse are checked according to the corresponding material supply data; when it is detected that the construction end time of the target sub-project has arrived, if the construction end instruction of the target sub-project has not been received, a third reminder instruction (for example, a reminder of construction progress delay) is sent to the management terminal of the target sub-project; if the construction end instruction is received, the completed construction is proofread according to the corresponding construction data.

[0020] The embodiment of the present invention can obtain the planning data of each sub-project, such as the time of fund arrival, material supply, construction completion time, etc., and set up a corresponding reminder mechanism to timely grasp the project progress, ensure that each sub-project is advanced as planned, and avoid affecting the delivery of the entire power grid project due to progress delays; check and test the funds, materials and construction data involved in the project to ensure the accuracy of the investment amount, fund contract information, basic material information, supply time, project settlement data, etc. If there is an error in the data, a reminder instruction is sent to the management terminal in time to ensure the reliability of the project data and provide an accurate basis for project decision-making and later tracking management.

[0021] Specifically, if the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

[0022] Exemplarily, if the funds arrival indication is received, the funds data (planned funds data) of the target sub-project are compared with the funds data (actual funds data) corresponding to the funds that have arrived (such as the investment amount and funds contract information, etc.); if the compared investment amount is incorrect (for example, the actual funds data is less or more than the planned funds data), a corresponding amount error reminder indication is sent to the management terminal of the target sub-project, such as sending "the actual funds amount is A, the planned funds data is B, and the amount C is less" and the like to the management terminal; the funds contract information (planned funds contract information) of the target sub-project is compared with the funds contract information (actual funds contract information) corresponding to the funds that have arrived, for example, if the investor of the planned funds contract information is Company D, and the investor of the actual funds contract information is Company E, then the compared funds contract information is incorrect, and a reminder indication of the incorrect investor of the funds contract information is sent to the management terminal of the target sub-project.

[0023] It is worth noting that the planning data and actual data of each sub-project can be obtained through existing information systems such as ERP, PMS, online power grid, and smart supply chain to ensure the real-time and accuracy of the data. In material management, there is a close coupling relationship between various modules such as PMS (production management system), ERP (enterprise resource planning system), online power grid, infrastructure system, and economic and legal system. These systems work together in the entire life cycle of the power grid project, from project planning, construction, material management to financial accounting, ensuring the consistency, accuracy and timeliness of the data.

[0024] The PMS unit is mainly responsible for the operation and maintenance management of power grid equipment, including the records, defects, and maintenance of power grid equipment. In material management, the PMS unit supports material demand forecasting and inventory optimization by providing real-time status information of power grid equipment, and generates material demand plans based on equipment maintenance plans or fault handling needs; the ERP unit is responsible for the procurement execution and inventory management of these material demand plans, and the two realize information exchange between material demand and supply through interfaces. The infrastructure system unit is responsible for the construction management of power grid projects, including project design, construction, and acceptance. During the project construction process, the PMS unit needs to maintain close communication with the infrastructure system unit to ensure that the arrival of equipment matches the installation progress and avoid material backlogs or shortages.

[0025] As the core management system of the enterprise, the ERP unit covers multiple modules such as financial management, procurement management, and inventory management. In material management, the ERP unit is mainly responsible for the procurement, warehousing, outbound delivery, and settlement of materials. It receives the material demand plan from the PMS unit and performs procurement and inventory management. The infrastructure system unit provides a material demand list for the project, and the ERP unit formulates a procurement plan based on the material demand list to ensure the timely supply of materials required for the project. The online power grid unit provides the ERP unit with overall planning information for the power grid project, which helps the ERP unit to more accurately predict material demand trends and optimize inventory structure. In terms of material procurement and contract management, the ERP unit works together with the economic and legal system unit to ensure the compliance and effectiveness of procurement contracts and protect the interests of the enterprise.

[0026] The online power grid unit is a digital management tool for power grid enterprises. It provides functions such as power grid planning, project reserves, and construction progress tracking. It provides the ERP unit with overall planning information for power grid projects and supports the ERP unit's material demand forecasting and procurement plan formulation. The online power grid unit and the infrastructure system unit jointly realize the full life cycle management of power grid projects from planning to construction, ensuring the synchronous update and sharing of power grid project information.

[0027] The infrastructure system unit focuses on the construction scale monitoring and management of power grid projects, including project design, construction, acceptance and other links, ensuring the matching of equipment arrival and installation progress in power grid project construction, ensuring the safe and stable operation of power grid equipment, receiving material procurement information provided by the ERP unit, and ensuring the timely supply of materials required for the project. The infrastructure system unit and the online power grid unit jointly realize the information synchronization and sharing of power grid projects from planning to construction.

[0028] The economic and legal system unit is mainly responsible for the company's legal affairs and contract management to ensure the legality and compliance of the company's business activities. In terms of material procurement contract management, the economic and legal system unit provides legal support and contract review services to the ERP unit to ensure the compliance and effectiveness of the procurement contract. The economic and legal system unit works in collaboration with other systems to jointly maintain the company's legal environment and the stable operation of the contract management system.

[0029] Specifically, when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

[0030] Exemplarily, when the material warehousing instruction is received, the material supply data (planned material supply data) of the target sub-project is compared with the material supply data (actual material supply data) corresponding to the materials that have been put into storage for basic material information and supply time by using text recognition technology; if the comparison result is incorrect, a corresponding error reminder instruction is sent to the management terminal of the target sub-project. For example, if the planned quantity of materials is 30 power grid equipment, and the actual quantity of materials is 25 power grid equipment, then the comparison result is incorrect, and the words "the actual quantity of materials is 5 less than the planned quantity of power grid equipment" are sent to the management terminal of the target sub-project. It is worth noting that if the actual supply time is later than the planned supply time, the construction progress of the target sub-project is adjusted according to the actual late time, so as to ensure that the entire power grid project can be delivered on schedule.

[0031] Specifically, if the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

[0032] Exemplarily, if the construction end instruction is received, the text recognition technology is used to proofread the construction data of the target sub-project (planned construction data) and the construction data corresponding to the completed construction (actual construction data) for the project settlement data and construction project data; if the proofreading result is wrong, a corresponding error reminder instruction is sent to the management terminal of the target sub-project. The project settlement data includes the labor contract and salary settlement of the construction, etc. For example, the labor contract can be generated through a pre-trained model based on key transaction data (Party A and Party B, construction time, salary data, payment method, etc.), and the labor contract generated by the planned data and the labor contract generated by the actual data are proofread through a language recognition model. If the proofreading result is wrong, a corresponding error reminder instruction is sent to the management terminal of the target sub-project.

[0033] The embodiment of the present invention verifies and tests the funds, materials and construction data involved in the project to ensure the accuracy of the investment amount, fund contract information, basic material information, supply time, project settlement data, etc. If there is an error in the data, a reminder instruction is sent in time to ensure the reliability of the project data and provide an accurate basis for project decision-making and subsequent tracking management.

[0034] Furthermore, after sending the third reminder instruction to the management terminal of the target sub-project, the method further includes: S6: According to the third reminder instruction, adjust the planning data of the sub-project associated with the target sub-project.

[0035] It is worth noting that when a sub-project encounters progress problems (such as construction not being completed on time), the planning data of the sub-project associated with it will be adjusted according to the corresponding reminder instructions to maintain the coordination of the entire power grid project and improve the flexibility and overall efficiency of project management.

[0036] A monitoring method for the whole process management of a power grid project disclosed in an embodiment of the present invention comprises obtaining overall planning data of a power grid project, dividing the power grid project into a plurality of sub-projects according to the overall planning data; obtaining planning data of each sub-project; wherein the planning data comprises funding data, material supply data and construction data; the funding data comprises investment amount, arrival time and funding contract information; the material supply data comprises basic material information and supply time; the construction data comprises project settlement data, construction end time and construction project data; monitoring each sub-project according to the planning data; and when it is detected that the time period from the arrival time of a target sub-project is less than a preset first time threshold, if no funding arrival indication of the target sub-project is received, sending a notification to the target sub-project. The management terminal of the subproject sends a first reminder indication; if the fund arrival indication is received, the received funds are checked according to the corresponding fund data; when it is detected that the time period from the supply time of the target subproject is less than the preset second time threshold, and the material warehousing indication of the target subproject has not been received, a second reminder indication is sent to the management terminal of the target subproject; when the material warehousing indication is received, the materials that have been put into storage are checked according to the corresponding material supply data; when it is detected that the construction end time of the target subproject has arrived, if the construction end indication of the target subproject has not been received, a third reminder indication is sent to the management terminal of the target subproject; if the construction end indication is received, the completed construction is checked according to the corresponding construction data. By dividing the power grid project into multiple sub-projects, monitoring each link according to the planning data of the sub-projects, setting threshold reminders for key time nodes, and verifying and testing data such as funds, materials, and construction, we can accurately control the project progress, ensure the authenticity and reliability of project data and the coordination of the entire power grid project, and achieve refined management of the entire process of each sub-project from fund preparation, material supply to the end of construction, improve the flexibility and execution efficiency of project management, and provide a reliable basis for subsequent evaluation.

[0037] See also Figure 2 , Figure 2 1 is a schematic diagram of a monitoring system for managing the entire process of a power grid project provided by an embodiment of the present invention. The monitoring system 10 for managing the entire process of a power grid project includes: A power grid project division module 11 is used to obtain overall planning data of a power grid project and divide the power grid project into a plurality of sub-projects according to the overall planning data; The target project monitoring module 12 is used to obtain the planning data of each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; each sub-project is monitored according to the planning data; The project fund monitoring module 13 is used for, when it is detected that the time period from the arrival time of the target subproject is less than a preset first time threshold, if the fund arrival indication of the target subproject is not received, sending a first reminder indication to the management terminal of the target subproject; if the fund arrival indication is received, checking the funds that have been received according to the corresponding fund data; The project material monitoring module 14 is configured to send a second reminder instruction to the management terminal of the target subproject when it is detected that the time period from the supply time of the target subproject is less than a preset second time threshold and the material storage instruction of the target subproject has not been received; and when the material storage instruction is received, detect the stored materials according to the corresponding material supply data; The project construction monitoring module 15 is used to send a third reminder instruction to the management terminal of the target subproject when it is detected that the construction end time of the target subproject has arrived, if the construction end instruction of the target subproject has not been received; if the construction end instruction is received, the completed construction is proofread according to the corresponding construction data.

[0038] Specifically, if the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

[0039] Specifically, when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

[0040] Specifically, if the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

[0041] Furthermore, the monitoring system 10 for the whole process management of the power grid project further includes: A project time adjustment module is used to adjust the planning data of the sub-project associated with the target sub-project according to the third reminder instruction.

[0042] A monitoring system 10 for full-process management of power grid projects provided in an embodiment of the present invention can implement all processes of the monitoring method for full-process management of power grid projects in the above-mentioned embodiment. The functions of each module in the system and the technical effects achieved are respectively the same as the functions and technical effects achieved by the monitoring method for full-process management of power grid projects in the above-mentioned embodiment, and will not be repeated here.

[0043] The above is a preferred embodiment of the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the principle of the present invention. These improvements and modifications are also considered to be within the scope of protection of the present invention.

Claims

1. A monitoring method for the whole process management of a power grid project, characterized in that: include: Obtaining overall planning data of a power grid project, and dividing the power grid project into a plurality of sub-projects according to the overall planning data; Acquire planning data for each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; monitor each sub-project according to the planning data; When it is detected that the time period from the arrival time of the target sub-project is less than a preset first time threshold, if the funds arrival indication of the target sub-project is not received, a first reminder indication is sent to the management terminal of the target sub-project; if the funds arrival indication is received, the funds that have been received are checked according to the corresponding funds data; When it is detected that the time period from the supply time of the target sub-project is less than a preset second time threshold, and the material storage instruction of the target sub-project has not been received, a second reminder instruction is sent to the management terminal of the target sub-project; when the material storage instruction is received, the stored materials are detected according to the corresponding material supply data; When it is detected that the construction end time of the target sub-project has arrived, if the construction end instruction of the target sub-project has not been received, a third reminder instruction is sent to the management terminal of the target sub-project; if the construction end instruction is received, the completed construction is checked according to the corresponding construction data.

2. The monitoring method for the whole process management of a power grid project according to claim 1, characterized in that: If the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

3. The monitoring method for the whole process management of a power grid project according to claim 1, characterized in that: When the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

4. The monitoring method for the whole process management of a power grid project according to claim 1, characterized in that: If the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

5. The monitoring method for the whole process management of a power grid project according to claim 4, characterized in that: After sending the third reminder instruction to the management terminal of the target subproject, the method further includes: According to the third reminder instruction, the planning data of the sub-project associated with the target sub-project is adjusted.

6. A monitoring system for the whole process management of power grid projects, characterized in that: include: A power grid project division module, used to obtain overall planning data of a power grid project, and divide the power grid project into a plurality of sub-projects according to the overall planning data; The target project monitoring module is used to obtain the planning data of each sub-project; wherein the planning data includes funding data, material supply data and construction data; the funding data includes investment amount, arrival time, and funding contract information; the material supply data includes basic material information and supply time; the construction data includes project settlement data, construction end time, and construction project data; each sub-project is monitored according to the planning data; The project fund monitoring module is used for, when it is detected that the time period from the arrival time of the target sub-project is less than a preset first time threshold, if the fund arrival indication of the target sub-project is not received, sending a first reminder indication to the management terminal of the target sub-project; if the fund arrival indication is received, checking the funds that have been received according to the corresponding fund data; The project material monitoring module is used to send a second reminder instruction to the management terminal of the target subproject when it is detected that the time period from the supply time of the target subproject is less than a preset second time threshold and the material storage instruction of the target subproject has not been received; when the material storage instruction is received, detect the stored materials according to the corresponding material supply data; The project construction monitoring module is used to send a third reminder instruction to the management terminal of the target subproject when it is detected that the construction end time of the target subproject has arrived, if the construction end instruction of the target subproject has not been received; if the construction end instruction is received, the completed construction is proofread according to the corresponding construction data.

7. The monitoring system for the whole process management of a power grid project according to claim 6, characterized in that: If the funds arrival indication is received, the funds that have arrived are checked according to the corresponding funds data, including: If the funds arrival indication is received, the investment amount and fund contract information of the funds that have arrived are checked according to the corresponding fund data; If the verified investment amount is incorrect, a corresponding reminder of the incorrect amount is sent to the management terminal of the target sub-project; If the verified fund contract information is incorrect, a corresponding fund contract error reminder indication is sent to the management terminal of the target subproject; If the verification result is correct, the actual fund data of the received funds will be uploaded to the database for later tracking and management of the target sub-project.

8. The monitoring system for the whole process management of power grid projects according to claim 6, characterized in that: When the material storage instruction is received, the stored materials are detected according to the corresponding material supply data, including: When receiving the material storage instruction, the basic information and supply time of the stored materials are detected according to the corresponding material supply data; wherein the basic information of materials includes the quantity and specifications of the materials; If it is detected that the basic material information is incorrect, a corresponding material error reminder indication is sent to the management terminal of the target sub-project; If an error in the supply time is detected, a corresponding supply time error reminder indication is sent to the management terminal of the target sub-project; If the test results are correct, the actual material data of the materials that have been put into storage will be uploaded to the database for later tracking and management of the target sub-project.

9. The monitoring system for the whole process management of power grid projects according to claim 6, characterized in that: If the construction completion instruction is received, the completed construction is checked according to the corresponding construction data, including: If the construction completion instruction is received, the engineering settlement data and the construction engineering data of the completed construction are checked according to the corresponding construction data; wherein the engineering settlement data includes the engineering settlement method and amount; If the checked engineering settlement data is wrong, a corresponding settlement error reminder indication is sent to the management terminal of the target subproject; If the checked construction engineering data is wrong, a corresponding construction error reminder instruction is sent to the management terminal of the target subproject; If the test results are correct, the actual construction data of the completed construction will be uploaded to the database for later tracking and management of the target sub-project.

10. The monitoring system for the whole process management of power grid projects according to claim 6, characterized in that: Also includes: A project time adjustment module is used to adjust the planning data of the sub-project associated with the target sub-project according to the third reminder instruction.

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