Offshore wind power plant operation and maintenance simulation method based on Anylogic platform

Abstract

The invention discloses an offshore wind power plant operation and maintenance simulation method based on Anylogic platform. The method comprises the following steps: 1) establishing a simulation model of a parameter dialog box for inputting simulation parameters for operation and maintenance of the offshore wind plant based on the Anylogic platform; 2) designing an operation and maintenance simulation overall structure, constructing a corresponding sub-module model, and then performing simulation analysis by using a time sequence; 3) designing operation and maintenance operation business logic, monitoring SCADA data in real time, and signing and issuing a dispatch list for the fault type of the faulted fan in combination with weather conditions; 4) designing service logics of operation and maintenance personnel, ship maintenance and spare parts, monitoring states of the three, and dispatching corresponding resources according to the dispatch list; 5) setting operation and maintenance resources and operation and maintenance working time constraints; and 6) carrying out initial coping on the environmental parameters, the fan parameters and the meteorological parameters, so that the system can output the real-time states of the fan, the operation and maintenance ship and the operation and maintenance personnel. The invention provides an offshore wind power plant operation and maintenance simulation method under the action of constantly changing wind speed and wave height.

Description

technical field [0001] The invention relates to the technical field of operation and maintenance of offshore wind farms, in particular to an operation and maintenance simulation method of offshore wind farms based on an Anylogic platform. Background technique [0002] Operation and maintenance costs are a key factor in determining the overall economics of offshore wind power projects. The operation and maintenance of offshore wind turbines faces many challenges, mainly reflected in the impact of offshore wind speed and wave height on the operation and maintenance of wind turbines. In adverse weather conditions, vessels have poor accessibility and longer outages. The influence of wind speed and wave height on the seaworthiness of vehicles such as maintenance ships, the constraints on the landing of units, and the restrictions on the expected out-of-vehicle operations of offshore hoisting have all made the operation and maintenance costs of offshore wind farms high for a long...

AI Technical Summary

Problems solved by technology

The operation and maintenance of offshore wind turbines face many challenges, mainly reflected in the impact of offshore wind speed and wave height on the operation and maintenance of wind turbines

Poor vessel accessibility and longer outage times in bad weather conditions

The impact of wind speed and wave height on the seaworthiness of vehicles such as maintenance ships, the constraints on unit landing, and the restrictions on offshore hoisting and outboard operations all make the operation and maintenance costs of offshore wind farms remain high for a long time

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