Wind power equipment management information system

Abstract

The embodiment of the invention provides a wind power equipment management information system, which comprises collection lines, booster stations, wind power plants, transformer substations and a wind power equipment management information server, wherein the collection lines are connected to one or more wind turbines; the booster stations are connected to the one or more collection lines; the wind power plants comprise one or more booster stations, the one or more collection lines connected with the booster stations and the one or more wind turbines which are collectively connected; the transformer substations are connected with the one or more wind power plants; and the wind power equipment management information server is arranged in a regional power grid and is connected with the one or more transformer substations. The embodiment of the invention achieves the advantages of being capable of effectively eliminate information isolated islands, and realizing the unified and integrated management of wind power equipment information.

Description

technical field [0001] The invention relates to the technical field of electric power business, in particular to a wind power equipment management information system. Background technique [0002] Wind power equipment account management is an important part of wind power production scheduling and operation and maintenance work. The integrity and accuracy of equipment information directly affects the normal work of wind power production scheduling, wind power unit equipment inspection, equipment failure repair, etc. carry out. [0003] At present, there is still a lack of a wind power equipment management information system with a wide coverage and complete and unified information that can serve the power production scheduling and operation and maintenance work. In actual work, on the one hand, each wind farm is independent of each other, wind power equipment is provided by different manufacturers, and there are various types and types of equipment. Although various informa...

AI Technical Summary

Problems solved by technology

[0005] 1) Decentralized management: Each wind farm independently manages wind power equipment information. There are many equipment manufacturers, models, and types, but these information are scattered in various carriers such as nameplates, spreadsheets, documents, and drawings. Ineffective use of relevant information by operators

[0006] 2) Poor standardization: Due to the statistical scope of wind power equipment information, there is no unified standard for format and nameplate parameters, which makes the description of wind power equipment information vary widely, and the work of information collection and arrangement is very difficult; at the same time, some existing wind power information systems are independent of each other , the device information format is not uniform and not standardized

[0007] 3) Low utilization rate: decentralized management of wind power equipment information and non-standard data statistics have formed islands of wind power equipment information. Isolated information systems cannot effectively provide comprehensive information on wind power equipment in the entire network, and various data cannot form valuable information. Partial information cannot be upgraded to management knowledge, and cannot provide decision support for grid dispatching and operation personnel. At the same time, due to the existence of wind power equipment information islands, it will also affect the enterprise and group application of wind power equipment information

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