IoT-Based Smart Energy Meter for Monitoring Home Appliances

Aayushi T. Jambhulkar, Asmita M. Bhoyar, Chetana M. Shivankar, Pratiksha S. Balwad, P. Nandankar
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Abstract

– A revolution in electronics and IT has been sparked by the Internet of Things (IoT), a young subject. A system that automates meter readings and eliminates labour is one of the goals of the proposed work. The benefit of this method is that a user may determine how much energy is used daily by electrical appliances and take additional action to limit them, aiding in energy saving. The suggested system uses voice control and real-time monitoring to enable remote monitoring and control of electrical switches and devices via Android-based software. It does not need to visit every residence to find out the usual meter readings. The current sensor is connected to a microcontroller for the energy meter. The Display module calculates and displays the voltage, current, power utilized, number of units, and relevant price readings. A fire safety measure is the use of an infrared-based flame sensor. The Blynk app, which is based on the Internet of Things, is used to control and monitor home appliances using the relay module. The temperature and humidity within the house are also measured using a sensor. All readings from the sensor are transmitted via the Wi-Fi module, which is connected to Arduino.
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基于物联网的智能电能表用于监控家用电器
——物联网(IoT)是一个年轻的课题,引发了电子和信息技术(IT)领域的革命。一个自动化仪表读数和消除人工的系统是拟议工作的目标之一。这种方法的好处是,用户可以确定电器每天使用多少能量,并采取额外的行动来限制它们,有助于节约能源。建议的系统使用语音控制和实时监控,通过基于android的软件远程监控和控制电气开关和设备。它不需要走访每一个住户来了解通常的电表读数。电流传感器连接到电能表的微控制器上。显示模块计算并显示电压、电流、使用的功率、单位数和相关价格读数。一种消防安全措施是使用基于红外的火焰传感器。基于物联网的Blynk应用程序通过继电器模块控制和监控家用电器。房屋内的温度和湿度也使用传感器进行测量。传感器的所有读数都通过连接到Arduino的Wi-Fi模块传输。
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