连接装置是海洋浮体系泊系统的重要组成部分，用于不同系泊组件之间以及系泊系统与浮体的连接。近几年，漂浮式风电发展迅猛，全球报道了多个示范项目，成规模的风场建设已见规划。要实现商业化，就必须进一步控制项目成本，而系泊系统作为漂浮式风电的重要组成部分，亟需通过技术创新实现降本增效。在海工行业，各种系泊连接装置已经过多年应用和验证，在系泊连接、安装、维护、更换等方面相对成熟。针对漂浮式风电应用场景，开展系泊系统优化设计，优化配置各种系泊连接装置，并在此基础上开发新的连接组件，进而提升漂浮式风电的系泊设计、制造和安装能力，从而实现风电成本有效控制。

As a key part of position mooring system， connectors have been widely used for the joining of mooring lines with floating structures or different mooring components. Recently， with the development of floating offshore wind， multiple demonstration projects have been reported worldwide and large scale projects are under planning. The cost must be controlled for the floating wind to realize commercialization by technological innovation， including the mooring system. The mooring connectors have been utilized and verified in the offshore industry for the last several decades and played an important role in connection， installation， maintenance and replacement of mooring system. With the development and flexible application of the mooring connectors， the design， fabrication and installation of floating wind turbine could be significantly improved and the cost of floating wind will be effectively reduced.