Wind power plant safety operation scheduling method based on space positioning

Abstract

The invention discloses a wind power plant safety operation scheduling method based on space positioning. The wind power plant safety operation scheduling method comprises the following steps: superposing coordinates of wind driven generator distribution positions on a geographic information system to form a wind driven generator distribution diagram layer; superposing a unit maintenance period early warning layer based on the distribution position of the wind driven generator; formulating an operation scheduling scheme according to the periodic early warning layer and sending the operation scheduling scheme to an operator; after an operator goes to an operation destination, enabling a safety early warning area with the operator as the center to be formed on the geographic information system; and monitoring whether a risk event exists in the safety early warning area or not in real time, and starting an early warning scheme if the risk event exists. According to the wind power plant safety operation scheduling method, the requirement and the safety environment of the maintenance operation of each wind driven generator can be visually known by utilizing space positioning, and scheduling personnel can make a maintenance operation scheduling scheme and guide operators to carry out work, and the work content is simplified, and the safety work of the operators is enhanced based on the space positioning of the operators.

Description

technical field [0001] The invention relates to the field of operation and maintenance management of wind power generation, in particular to a method for safe operation and scheduling of wind farms based on spatial positioning. Background technique [0002] As a renewable and pollution-free natural energy, wind energy has attracted the attention of countries all over the world in recent years. my country has also invested a lot of money to build a large number of wind farms in coastal areas or mountainous areas rich in wind resources. Wind power generation uses wind generators to convert wind energy into mechanical energy and then into electrical energy. In order to obtain sufficient wind energy, wind generators and supporting equipment often have certain specifications. The installation and construction process requires a large amount of capital and special equipment. In order to avoid wind power In order to avoid the huge cost of generator maintenance and ensure the stable...

AI Technical Summary

Problems solved by technology

This patent focuses on the application of geographic information system in wind farm business management, but it only proposes the combination of geographic information system and wind farm business data from a macro level. How to combine and apply it is not mentioned. Therefore, it is necessary to On this basis, do further in-depth research to clarify the specific application of geographic information system and SCA-DA system in wind farm management

[0004] In addition, at pr...

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