Wind Power Equipment Reliability Management Information System

Abstract

The invention provides a wind power equipment reliability management information system which belongs to the technical field of wind power and computer communication. The system comprises a data integration platform 102 and a reliability management platform 101. The data integration platform is used for unifiedly collecting the wind turbine monitoring data of a number of wind turbine monitoring systems which monitor wind turbine units in a wind power plant. The reliability management platform is connected with the data integration platform, and is used for collating and analyzing the wind turbine monitoring data collected by the data integration platform to acquire the equipment reliability information of each wind turbine unit in the wind power plant. According to the invention, the system can automatically collect the information of the wind power plant, automatically judges and classifies events according to the collected data, and automatically analyzes and records responsible persons and causes of key events, so as to improve the management efficiency and accuracy of the wind power equipment reliability.

Description

technical field [0001] The invention relates to the technical fields of wind power and computer communication, in particular to a wind power equipment reliability management information system. Background technique [0002] Equipment reliability refers to the degree of stability of equipment functions over time, or the degree (probability) of no problems occurring within a certain period of time. The analysis and processing process to ensure the long-term trouble-free operation of the equipment is the reliability analysis of the equipment. The quantification of equipment reliability and the normalization of equipment reliability analysis have become an important basis for exploring the equipment condition maintenance mode of wind farms at the present stage and an important means to guide the improvement of equipment management level. [0003] However, at this stage, most of the domestic wind farms have a relatively short construction time, and the wind turbine control syste...

AI Technical Summary

Problems solved by technology

Due to the lack of a standardized and normalized reliability event management process, the important attributes of equipment reliability events cannot be accurately recorded and controlled, resulting in incomplete contents of reliability events and reduced usable value;

[0007] 3) The range of equipment that can be managed by manual management is narrow, and there are only a few large equipment data, which limits the scope of reliability management and cannot achieve comprehensive equipment management;

[0008] 4) The range of quantifiable reliability indicators for manual management is limited, and it is impossible to achieve refined equipment management level evaluation

[0009] With the increasing participation of wind power enterprises in the power market, the requirements for equipment management are also getting higher and higher. The existing manual management mode is increasingly unable to meet the requirements of refined, comprehensive and accurate management of equipment. , which has become a major obstacle to the improvement of enterprise equipment management level

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