漂浮式海上风电可视化机电联合仿真平台开发与实验  

Development and experimentation of visualized simulation platform for floating offshore wind power grid-connected system

作　　者：孟庆伟[1] 孙浩[1] 钟振芳[1] 朱明晓[1] 李鹏[1] MENG Qingwei;SUN Hao;ZHONG Zhenfang;ZHU Mingxiao;LI Peng(College of New Energy,China University of Petroleum(East China),Qingdao 266580,China)

机构地区：[1]中国石油大学(华东)新能源学院,山东青岛266580

出　　处：《实验技术与管理》2023年第10期119-127,158,共10页Experimental Technology and Management

基　　金：创新型人才培养引领的“电力工程课程设计”一流课程建设与改革(CM2022056);面向创新能力培养的电气专业实验立体式教学建设与改革(QN2022019);厚基础强特色促创新的“高等电力网络分析”动态案例库建设(YJG2022040);“电力工程课程设计”专创融合特色课程建设(X-ZCRH-001)。

摘　　要：漂浮式海上风电是新能源开发的重要形态,现有漂浮式海上风电仿真平台存在过分简化机械或电气环节的弊端,难以表征其机电紧密耦合的特征,给相关教学和科研带来不便,因此亟待构建新型的漂浮式海上风电仿真平台。以漂浮式风机为对象,在FAST环境下建立高保真风机模型,在Simulink环境下搭建并网发电控制模型,再结合ParaView,联合构建了机电联合的可视化仿真平台,在不同风浪工况下研究了系统的机械动态响应和发电并网特性。仿真结果表明,联合仿真平台能实现漂浮式高精度的机电联合仿真,可为后续开展海上风电有关研究和实验教学提供有力支撑。Floating offshore wind power is an important form of new energy development.The existing floating offshore wind power simulation platforms have the disadvantage of over-simplifying the mechanical or electrical aspects,which makes it difficult to characterize its electromechanical close coupling and brings inconvenience to related teaching and scientific research,so it is urgent to build a new floating offshore wind power simulation platform.Taking the floating wind turbine as the object,a high-fidelity wind turbine model is built in the FAST,a grid-connected power generation control model is built in the Simulink,and then combined with ParaView,a joint electromechanical visualization simulation platform is constructed to study the mechanical dynamic response and grid-connected power generation characteristics under different wind and wave conditions.The simulation results show that the joint simulation platform can realize floating high-precision electromechanical joint simulation,which can provide strong support for the subsequent research and experimental teaching of offshore wind power.

关 键 词：漂浮式海上风电 机电联合 可视化 实验仿真平台 

分 类 号：TM614[电气工程—电力系统及自动化] TK89[动力工程及工程热物理—流体机械及工程]