Operating management system of thermal power plant and task execution method thereof

Abstract

The invention provides an operating management system of a thermal power plant and a task execution method thereof. The system includes an equipment and technology machine account standardization management module and an operation management standardization module. The equipment and technology machine account standardization management module includes an equipment / part management module. The equipment / part management module includes an equipment / part information library and an equipment / part classification management module. The equipment / part classification management module adopts multi-level classifications, and each lower-level classification is contained in an upper-level classification corresponding thereto. The equipment / part information library is associated with the equipment / partclassification management module, and thus class information of all equipment / parts in the equipment / part information library is determined. The standardization management modules define standardization operation information for operating of the thermal power plant. A specific record document and / or task instruction is generated through associating information in the equipment and technology machine account standardization management module.

Description

technical field [0001] The invention relates to digital management of a thermal power plant, in particular to a thermal power plant operation management system and a task execution method thereof. Background technique [0002] A thermal power plant, referred to as a thermal power plant, is a factory that uses combustibles (such as coal) as fuel to produce electrical energy. A modern thermal power plant is a large and complex factory that produces electricity and heat. It has high requirements for production, environmental protection, and safety. There are various types of equipment in the plant, and the tasks of monitoring, maintenance, and repair are heavy. High demands were made. At present, it is a common trend to realize digital factory management through computer systems, and an important prerequisite for efficient management through digitalization lies in the standardization of management systems and processes. Under the premise of standardization, the response speed ...

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Problems solved by technology

[0003] Equipment and its parts are indispensable for a manufacturing enterprise. For a manufacturing enterprise, especially a thermal power plant, there are thousands of equipment and its parts. How to manage the equipment and its parts is important for the safety, stability and Low-cost operation plays an important role, which further affects the difficulty of realizing the standardization of subsequent enterprise management

At present, the management of power plant equipment and its parts will adopt the KKS (power plant identification system) coding system. The advantage of this system is that it can completely cover all the equipment and parts of the power plant; Only professionals can use it. For management standardization, a project that requires the mobilization of all staff, it is difficult to make most of the participants familiar with the KKS coding system; Unified planning and design, different factory codes are inconsistent, and the digital management system established based on this is often not universal, so the promotion among the branch factories of the group company needs to be greatly modified, which will greatly increase the management cost of the power plant; 3. Yes, the equipment classification management based on KKS codes is not suitable for the usage habits of domestic technicians. The KKS code index table is divided into system codes, equipment unit codes and component codes, of which there are more than 4,000 system codes, and equipment unit codes and component codes are respectively There are only about 100 items, the system level classification is too detailed, and the equipment and component classification is too few

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