机载风能系统动力学建模

机载风能(AWE)具有发电成本低、发电效率高、环保等优势,对机载风能系统(AWES)及其发电技术的研究在高空风能利用领域具有重要的意义。为了使机载风能系统可靠且持久地运行,系统建模以及在发电过程中控制系绳翼飞行是本领域的关键问题。AWES是动力学和空气动力学相互作用的产物,对AWES动力学的建模是设计的基础,需要从简单的模型开始。因此文章提出了一个简单的机载风能系统动力学模型。

Airborne wind energy(AWE)has the advantages of low power generation cost,high power generation efficiency,environmental protection,etc.The research of airborne wind energy system(AWES)and its power generation technology is of great significance in the field of high altitude wind energy utilization.In order for the airborne wind energy system to operate reliably and lastingly,system modeling and controlling tether wing flight during power generation are key issues in the field.AWES is the product of the interaction between dynamics and aerodynamics.Modeling AWES dynamics is the foundation of the design,which needs to start with a simple model.Therefore,this paper presents a simple dynamic model of airborne wind energy system.