Typical configuration model and system for auditing material requirement plan of power project

Abstract

The invention provides a typical configuration model and a system for auditing the material requirement plan of a power project. The model and the system are characterized by comprising a plan collection module, a data transmission module, a project material requirement auditing model, a data analysis module, and a system display module, wherein the above modules are connected in turn. Due to the adoption of the above technical scheme of the invention, a material information storage bi-directional interaction mechanism during the prior-period management stage of an engineering project is realized, so that the material advanced storage of the engineering project is realized. Meanwhile, the rolling update for different stages of the project is realized, so that the storage information accuracy of materials is ensured. Therefore, a foundation is provided for the prediction and the analysis of material requirements. Moreover, the material plan declaration timeliness ratio and the material plan execution accuracy are improved. The successful development of the project and the timely and accurate supply of materials are effectively ensured.

Description

technical field [0001] The invention belongs to the field of MES production management, and relates to the technical field of a typical configuration model and system structure for material demand plan review. Background technique [0002] As an important technical means of intensive and collaborative management, MES technology is highly respected in collaborative supply chain management. MES takes the integrated management of manufacturing and materials as the main research point, but how its technical points are applied to the collaborative management of power enterprise projects and materials has not been fully studied. The management direction of the material plan is also different. The characteristics of the material supply of the project can be summarized as the following points: 1. The project is obviously single-piece and does not have batch replication; 2. The project management cycle is long and vulnerable to External objective environmental impact; 3. There are m...

AI Technical Summary

Problems solved by technology

MES takes the integrated management of manufacturing and materials as the main research point, but how its technical points are applied to the collaborative management of power enterprise projects and materials has not been fully studied. The management direction of the material plan is also different. The characteristics of the material supply of the project can be summarized as the following points: 1. The project is obviously single-piece and does not have batch replication; 2. The project management cycle is long and vulnerable to External objective environmental impact; 3. There are many departments involved, requiring stronger coordination; 4. There are many types of materials, which are greatly affected by the construction environment, and it is difficult to establish a standardized and structured material list; 5. The characteristics of power grid enterprise material demand are complex and diverse

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