用微控制器设计和实现一种高效的风速测量风车风速计

Sree Bash Chandra Debnath, B. Barua, Rezaul Karim, M. Faisal
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引用次数: 2

摘要

风向和风速是表征环境风况的重要参数。在我们的论文中,我们试图建立一个基于微控制器的高效风速计。虽然,在市场上,风速计存在几种型号,但在我们的设计中,我们使用微控制器PIC 18F2550来控制电路,使设计更高效,更具成本效益,并且该模型是风车类型。风传感器用于感知风速,并通过分段轮固定在轴上。当风吹起时,风传感器感应到风,轴开始相对于风速连续旋转。在实际环境中,我们的设计显示了改进后的高效效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design & implementation of an efficient windmill anemometer for wind speed measurement using microcontroller
Direction & speed, these are the important parameters to characterize the wind condition of the environment. In our paper, we tried to build a microcontroller based efficient anemometer. Though, in the market, there are several models is existed for anemometer, in our design we have used microcontroller PIC 18F2550 to control the circuit that's making the design more efficient & cost efficient along with the model is a windmill type. A wind sensor is used to sense the wind speed and it is fixed to the shaft with a segmented wheel. When the wind blows, the wind sensor sense the wind and the shaft start to rotate continuously relative with wind speed. In the practical environment, our design shows the improved & efficient result.
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