建筑物对风速和风向的影响

N. Choosakul, Kittipot Kaksungnoen, Apichart Witoonset
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引用次数: 1

摘要

本研究旨在研究风的流动特性,通过科技大楼,拉贾曼加拉科技大学,Thanyaburi开发合适的风力涡轮机设计安装在建筑上。三维超声风速仪是本研究中使用的仪器。它被安装在科学技术大楼的顶部。数据采集的采样间隔为6秒。研究时间为2013年2月至2014年1月。结果表明,气流与地面平行,平均风速为5 m/s。主要风向受季风季节性风的影响。在雨季(5 - 10月),风向与西南季风方向一致。冬季(10 - 2月)风向与东北季风方向一致,夏季(2 - 5月)风向处于东北季风向西南季风的过渡时期。在此基础上,风力机可以设计成体积小、重量轻、适应任何风向低风速的垂直轴风力机。
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The influence of buildings to wind velocity and direction
This research aims to study the property of wind flow through the building of Science and Technology, Rajamangala University of Technology Thanyaburi to develop proper wind turbine design which install on the building. Ultrasonic Anemometer 3D is an instrument which used in this study. It was installed on the top of the building of Science and Technology. The sampling interval of data collecting is 6 seconds. The study period was from February 2013 to January 2014. The result shown the wind flow was parallel to the ground by average velocity of 5 m/s. The major wind direction affect by the monsoon seasonal wind. In the raining season (May to October) the wind flow is same direction as Southwest monsoon wind. In the winter season (October to February) the wind flow is same direction as Northeast monsoon wind and in the summer season (February to May) the wind flow is in the transition period of Northeast monsoon to Southwest monsoon. Based on the result wind turbine design could be vertical axis wind turbine which has small size and light weight to fit with low wind velocity at any wind direction.
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