首页> 外文会议>2018 International Conference on Applied Science and Technology >Utilization of Solar Cells as Energy Sources for Heating and Fan (Ex-house) in White Copra Dryers with Arduino Uno as Temperature Control
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Utilization of Solar Cells as Energy Sources for Heating and Fan (Ex-house) in White Copra Dryers with Arduino Uno as Temperature Control

机译:将太阳能电池用作Arduino Uno作为温度控制的白色Copra干燥机中供暖和风扇(外部)的能源

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摘要

One of the electronic technology that has been developed in this research is to use Solar Cell as a source of heating energy and a fan to control the temperature of the drying chamber. In this study developed using the Arduino Uno Microcontroller as the center of the data controller, adjust the display on the LCD, translate the analog from the LM35 temperature sensor, and the LDR sensor to control the room temperature so that the temperature remains stable. The temperature of the room where the temperature is controlled from 6 oC-S$heta$ oC as a temperature temperature condition to produce white copra with good quality, then the input received from the temperature sensor will be processed by the Arduino Uno microcontroller then activates the heater at night and activates the fan during the day to suck hot air if the oven temperature is more than 8$heta$ oC, in addition to hardware in the form of control circuits, also use C language with the Arduino IDE Software as the software.
机译:这项研究中开发的一种电子技术是使用太阳能电池作为热能的来源,并使用风扇来控制干燥室的温度。在本研究中,使用Arduino Uno微控制器作为数据控制器的中心进行了开发,调整了LCD上的显示,转换了LM35温度传感器和LDR传感器的模拟量以控制室温,从而使温度保持稳定。将温度控制在6 oC-S $ \\ theta $ oC作为温度温度条件的房间的温度,以产生质量好的白色椰肉,然后从温度传感器收到的输入将由Arduino Uno微控制器处理然后,如果烤箱温度超过8 $ \ theta $ oC,则在晚上启动加热器并在白天启动风扇以吸入热空气,除了采用控制电路形式的硬件外,还将C语言与Arduino一起使用IDE软件作为软件。

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