Wind power plant maintenance route calculation method and system based on marine meteorology

Abstract

The invention provides a marine meteorology-based wind power plant maintenance route calculation method and system, and the method comprises the steps: generating a navigation region through wind power plant position data and a port position, generating a route library map in the navigation region according to navigation ocean landform data, and supplementing and generating a basic route map through a large amount of historical marine meteorology data; generating a current route map through the current route ocean meteorological data; a user provides navigation data, generates an initial route on a current route map, feeds back the initial route to the user, selects the initial route, adjusts the initial route to generate a final planned route, verifies the final planned route to generate an actual route, and monitors and adjusts the actual route in real time until the user goes to the sea; and monitoring current meteorological data, obtaining navigation data, sharing meteorological data of a front waypoint area of an actual route to a user in real time, predicting meteorological change conditions in a future time period according to the current meteorological data, updating a previous route map, and sharing the previous route map to the user. According to the invention, the sea route can be quickly generated and monitored in real time, and weather conditions in front of the route are displayed in different areas, so that a detour route is formulated in advance, and the probability of ship return caused by disastrous weather is reduced.

Description

technical field [0001] The invention relates to the technical field of navigation and maintenance of wind farms, in particular to a calculation method and system for a wind farm maintenance route based on marine meteorology. Background technique [0002] Offshore wind energy resources are abundant and have incomparable advantages over land wind energy. Therefore, offshore wind farms have been developed. Offshore wind farms mostly refer to offshore wind power with a water depth of about 10 meters. Compared with onshore wind farms, offshore wind farms need to go out to sea continuously for operation and maintenance. However, during the operation and maintenance process, they are extremely vulnerable to disastrous weather such as offshore typhoons, lightning, sea fog, storm surges, and strong convection. In the chart of going out to sea, returning to the voyage due to disastrous weather seriously reduces the efficiency of wind farm operation and maintenance, and increases the c...

AI Technical Summary

Problems solved by technology

Compared with onshore wind farms, offshore wind farms need to go out to sea continuously for operation and maintenance. However, during the operation and maintenance process, they are extremely vulnerable to disastrous weather such as offshore typhoons, lightning, sea fog, storm surges, and strong convection. In the sea map, returning to the voyage due to disastrous weather seriously reduces the efficiency of wind farm operation and maintenance, and increases the cost of operation and maintenance

Images