摘要
为实现“碳达峰、碳中和”的目标,作为清洁能源的海上风电发展迅速,岸边将设备固定于上部组块,整体运输和吊装的建设模式,组块重量和尺寸较大,对海上气象水文和运输吊装设备要求高,造成升压站建设周期长、施工成本高,制约了海上风电的发展。将电气设备固定于预制舱中,形成功能独立的电气模块,分开运输和安装的建设模式对运输吊装设备和气象水文条件要求降低,有效缩短建设周期和降低施工成本,是未来海上升压站建设的发展方向。
In order to achieve the goal of“carbon peak and carbon neutralization”,offshore wind power,as a clean energy,has developed rapidly.The equipment is fixed on the upper block on the shore.The construction mode of overall transportation and hoisting has large weight and size of the block,and has high requirements for offshore meteorological,hydrological,transportation and hoisting equipment,resulting in long construction period and high construction cost of the booster station,It restricts the development of offshore wind power.Fixing the electrical equipment in the prefabricated cabin to form a functional independent electrical module,and the construction mode of separate transportation and installation will reduce the requirements for transportation and hoisting equipment and meteorological and hydrological conditions,effectively shorten the construction cycle and reduce the construction cost,which is the development direction of offshore booster station construction in the future.
作者
谢晓磊
康雪晶
张继承
Xie Xiao-lei;Kang Xue-jing;Zhang Cheng-cheng
出处
《电力系统装备》
2021年第21期79-80,共2页
Electric Power System Equipment
关键词
海上风电
升压站
预制舱
模块化
offshore wind power
booster station
prefabricated cabin
modularization
