The invention provides a combined marine ranch wind power platform and a control method, and belongs to the technical field of ocean engineering. The platform integrates a suspension structure, a mooring system, a mooring system, a ballast system and an intelligent control system with a control unit. The platform design is used for keeping stability and buoyancy adjusting capacity in a dynamic marine environment through the innovative assembly type truss structure design. The control method of the combined type marine ranch wind power platform comprises the five steps of data collection, prediction model construction, platform inclination angle adjustment, sub-buoy water injection amount or water discharge amount adjustment and net cage cable adjustment, real-time monitoring and response to the wind wave flow environment are achieved through PI and PD control algorithms and a dynamic moment balance equation, and therefore the wind wave flow environment can be monitored and responded to the wind wave flow environment in real time. The inclination angle of the platform and the tightness of the net cage cable are automatically adjusted to ensure the safety and stability of the platform and the aquaculture net cage.
本发明提出了一种组合式海洋牧场风电平台及控制方法,属于海洋工程技术领域。该平台集成了悬浮结构、系缆系统、系泊系统、压载系统和具有控制单元的智能控制系统。平台设计通过创新的装配式桁架结构设计用于在动态海洋环境中保持稳定和浮力调节能力;本发明组合式海洋牧场风电平台的控制方法,包括数据收集、预测模型构建、平台倾角调整、调整子浮筒注水量或排水量、网箱缆绳的调整五个步骤,利用PI、PD控制算法和动态力矩平衡方程,实现对风浪流环境的实时监测与响应,自动调整平台倾角和网箱缆绳的松紧程度,确保平台及养殖网箱的安全与稳定。
Combined marine ranching wind power platform and control method
一种组合式海洋牧场风电平台及控制方法
2024-10-22
Patent
Electronic Resource
Chinese
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