With the gradual development of the wind power industry, the number of power stations is increasing. The traditional offshore wind power communication system has been unable to fully meet the needs of the wind farm business, and has placed higher requirements on the communication capabilities of construction and maintenance personnel positioning and management, mobile communication, safe operation communication, efficient operation and maintenance, multimedia cluster dispatching, etc. Therefore, a communication method is urgently needed to solve the communication problem between shore command center and offshore personnel during wind power construction and operation and maintenance.
The offshore wind power wireless communication system uses wind power operation vessels as the onboard equipment, LTE base stations provide wireless coverage, cooperate with multimedia handheld terminals, high-definition cameras and other front-end collection equipment to build a high-reliability, multi-service, high-mobility communication network for offshore wind power construction operation and maintenance provides high-quality voice communication, ship data communication, real-time backhaul of surveillance video, and real-time positioning and management of construction operation and maintenance personnel.
