Smart Load Monitoring and Controlling Approach Connected to Solar System Using ESP32 and Blynk

Chowdhury Zahirul Islam Arnob, Nilam Sanjib Mitra, Adnan Bin Hashem Saad, Md. Taohidul Alam, Mohaimenul Islam, A. Huda
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Abstract

This paper presents a smart load monitoring and controlling approach in which power is generated from rooftop solar-battery system. Using the proposed system, the residential customers can monitor and control the power generation and also the consumption of their individual loads continuously and remotely using their mobile gadgets. Information about the amount of energy generation and consumption in any specified timeframe can help users to become more conscious in energy use and thus energy wastage can be reduced. To implement the proposed system, a prototype was developed using an IOT based microcontroller ESP-32. Necessary data i.e. power generation and then consumption by loads are collected using different sensors. Then the system sends the required notifications to the users on their mobile phones using the Blynk app even though they are not at home. The proposed system can also protect the battery through automatically turned off at low battery state when an automatic generator can be used as backup.
利用ESP32和Blynk连接太阳能系统的智能负荷监控方法
提出了一种利用屋顶太阳能电池发电的智能负荷监测与控制方法。使用所提出的系统,住宅用户可以使用他们的移动设备连续和远程监控发电和个人负载的消耗。有关在任何指定时间范围内的发电量和耗电量的资料,可帮助用户提高能源使用意识,从而减少能源浪费。为了实现所提出的系统,使用基于物联网的微控制器ESP-32开发了一个原型。使用不同的传感器收集必要的数据,即发电和负载的消耗。然后,即使用户不在家,系统也会通过Blynk应用程序向他们的手机发送所需的通知。该系统还可以通过在低电量状态下自动关闭电池来保护电池,同时可以使用自动发电机作为备用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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