Joint storage material multi-factory balanced stock utilization method and system

Abstract

The invention provides a multi-factory balanced benefitting method for joint storage materials, which is used for performing multi-factory balanced benefiting on joint storage materials of separate storage units in various regions, optimizing the production material inventory of a power system, reducing outsourcing of the materials, realizing internal regulation and effectively optimizing the material inventory. The invention further provides a joint storage material multi-factory balanced bank utilization system.

Description

technical field [0001] The invention relates to a material storage and management method, in particular to a multi-factory balance profit storage method and system for federated material storage, belonging to the technical field of production material storage and management. Background technique [0002] At present, power companies generally have a large inventory. In order to ensure the stability of the power system, enterprises will carry out repeated reserves, resulting in a large inventory. In addition, the production equipment of electric power enterprises is widely distributed, resulting in the formation of multiple inventory locations in different levels of power supply companies. Warehouses at all levels store various project materials, including long-term unused surplus materials. Often the use value is reduced or scrapped due to long-term storage. Therefore, according to the traditional distributed multi-inventory management mode, the information interaction betwe...

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Problems solved by technology

[0002] At present, power companies generally have a large inventory. In order to ensure the stability of the power system, enterprises will carry out repeated reserves, resulting in a large inventory

In addition, the production equipment of electric power enterprises is widely distributed, resulting in the formation of multiple inventory locations in different levels of power supply companies. Warehouses at all levels store various project materials, including long-term unused surplus materials. Often due to long-term storage, the use value is reduced or scrapped

Therefore, according to the traditional multi-inventory management mode scattered in different places, the information interaction between warehouses is poor, and the information resources of the inventory cannot be utilized to the maximum efficiency, resulting in the formation of information islands of multiple inventory materials

Poor information interaction, large amount of invalid inventory, and serious backlog of funds have brought pressure on the operation and development of enterprises

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