设计一个打开的无线控制系统——关闭使用ANDROID智能手机发出语音指令的电子设备

Ari Permana Launuru, Greatgirlown Manu, H. K. Tupan, R. Hutagalung
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引用次数: 2

摘要

家庭自动化系统允许我们通过智能家居技术进行控制。从照明、供暖、制冷、空调、电视、娱乐音频和视频系统、安全系统和摄像系统开始,这些系统可以相互通信,可以通过智能手机或互联网从任何位置远程控制。研究开发的研究方法是一个负载控制原型,作为一个控制器,可以通过Bloetoeth HC05和Relays等外部设备进行管理,以便我们在Arduino Uno或AT-Mega 328上使用它作为电气设备的控制,在接到订单后接通和关闭电源。作为安装在住宅、办公楼、工业和其他地方的手动开关的替代方案。测试系统使用的每种负载在±15米的距离内蓝牙信号无障碍物和障碍物的传播。用负载100瓦功率的灯进行测试,多达4盏灯,看看有多少有功功率消耗(纯功率)是对负载使用的影响。在100瓦灯负载上进行的电压、电流、功率和能量测量的结果获得了非常显著的值,这是由于PLN电网电压波动范围从217伏到219伏的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RANCANG BANGUN SISTEM KONTROL NIRKABEL ON – OFF PERALATAN LISTRIK DENGAN PERINTAH SUARA MENGGUNAKAN SMARTPHONE ANDROID
Home automation systems allow us to control through smart home technology. Starting from lighting, heating, refrigeration, air conditioning, TV, entertainment audio and video systems, security, and camera systems that can communicate with each other which can be controlled remotely, from any location via Smartphones or the Internet. The research development research method is a load control prototype that functions as a controller that can be managed with external devices such as the Bloetoeth HC05 and Relays, so that with the Arduino Uno or AT-Mega 328 we use it as a control for electrical devices to turn on and turn off electricity after receiving orders. from Smathphone as an alternative to manual switch on those installed in residential, office buildings, industries and others. Testing the system with a distance of ± 15 meters of bluetooth signal propagation without obstructions and obstacles for each load used. Tests carried out with a lamp load of 100 watts of power as many as 4 lamps to see how much active power consumption (pure power) is to the effect of the load used. The results of measurements of voltage, current, power, energy carried out on a 100 watt lamp load obtained a very significant value, this is due to the influence of the fluctuating PLN grid voltage ranging from 217 volts to 219 volts.
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