Offshore wind power plant intelligent scheduling management system and management method

Abstract

The invention provides an offshore wind power plant intelligent scheduling management system and management method. The management system comprises an offshore wind power plant intelligent operation and maintenance scheduling platform. The offshore wind power plant intelligent operation and maintenance scheduling platform comprises an offshore wind power plant database, an offshore wind power plant operation and maintenance scheduling calculation unit and an offshore wind power plant scheduling management unit which are sequentially connected. According to the method, factors such as offshorewind power plant operation and maintenance ship configuration, climatic conditions, fan specific faults, fault handling time and the number of required operation and maintenance personnel are comprehensively considered; the operation and maintenance work flow of the offshore wind power plant is reasonably planned; the system optimizes ship scheduling and personnel transfer schemes, improves the scheduling planning management intelligence level, achieves the real-time positioning and online monitoring management of ships, personnel, mechanical equipment and spare parts, solves the problem of efficient and intelligent deployment of operation and maintenance resources of an offshore wind power plant, reduces the operation and maintenance cost of the offshore wind power plant, and improves theavailability of the offshore wind power plant.

Description

technical field [0001] The invention relates to the technical field of wind power generation, in particular to an intelligent dispatching management system and management method for offshore wind farms. Background technique [0002] With the explosive growth of domestic offshore wind farms, the demand for smart operation and maintenance of offshore wind farms is increasing. Compared with onshore wind farms, the environmental conditions of offshore wind farms are harsher. Offshore wind farms are affected by harsh environmental factors such as high temperature, salt spray, and corrosion, and are also accompanied by extreme weather such as typhoons, thunderstorms, and ice floes. However, there are large shoals in some sea areas, and the intertidal zone is significantly affected by tides, resulting in a poor operating environment for offshore wind farm equipment, a high failure rate of wind turbines, and a limited time window for offshore operation and maintenance operations. ...

AI Technical Summary

Problems solved by technology

Compared with onshore wind farms, the environmental conditions of offshore wind farms are harsher. Offshore wind farms are affected by harsh environmental factors such as high temperature, salt spray, and corrosion, and are also accompanied by extreme weather such as typhoons, thunderstorms, and ice floes. In some sea areas, there are large shoals, and the intertidal zone is significantly affected by tides, resulting in poor operating environment for offshore wind farm equipment, high failure rate of wind turbines, and limited time window for offshore operation and maintenance operations

[0003] The transportation of offshore wind farms is inconvenient and the accessibility is poor. At present, the main mode of transportation for offshore operation and maintenance personnel to carry mechanical equipment and spare parts to sea for operation and maintenance is ship transportation. Operation and maintenance ships are restricted by sea conditions, weather and other factors, making it difficult to plan in advance for ships to go to sea. , the lack of intelligent dispatching methods for ships, and the low efficiency of offshore operation and maintenance operations, resulting in equipment failures that cannot be resolved in a timely and effective manner

[0004] In addition, the operation and maintenance management methods of offshore wind farms are single, and there is a lack of intelligent management of operation and maintenance resources such as operation and maintenance personnel, operation and maintenance ships, equipment and spare parts. At present, the operation and maintenance of offshore wind farms are mainly carried out by manual means. Management, with the continuous accumulation of wind power equipment running time and the continuous increase of the number of wind turbines put into operation, the operation and maintenance workload of offshore wind farms will increase exponentially. The high cost of maintenance severely restricts the healthy development of the offshore wind power industry

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