A novel approach to airborne wind energy: Design and modeling
A novel approach to airborne wind energy: Design and modeling
复制标题
空中风能的新颖方法：设计和建模
DOI：
10.1109/energytech.2011.5948508
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发表时间：
2011
期刊：
影响因子：
--
通讯作者：
M. Garcia‐Sanz
中科院分区：
文献类型：
--
作者：
Nicholas White;N. Tierno;M. Garcia‐Sanz
本文探讨了一种新型低空机载风能(AWE)系统的设计、建模和开发，该系统由一艘支撑独立风力发电机有效载荷的系泊飞艇组成。该设计已经扩展到可以处理2.5、25和100千瓦的有效负载；本文分析的配置可以处理2.5千瓦的发电机。在这种设计中，发电和电梯系统是分开的，不相互依赖运行。升降系统是一个比空气轻的飞行器，具有纵向和横向控制能力；飞行风力涡轮机是一个带有同步发电机的反向旋转转子系统；系绳既用于锚定设备，也用于将电力传输到地面电力电子和电网收集。
This document explores the design, modeling, and development of a novel, low-altitude airborne wind energy (AWE) system composed of a tethered airship supporting an independent wind power generator payload. The design has been scaled to handle 2.5, 25, and 100 kW payloads; the configuration analyzed in this paper handles a 2.5 kW generator. The power generation and lift systems in this design are separate and do not rely on each other for operation. The lift system is a lighter-than-air flyer with longitudinal and lateral control capabilities; the flying wind turbine is a counter-rotating rotor system with a synchronous generator; and the tether serves to both anchor the device and to transmit electricity to ground-based power electronics and grid collection.