智能电网系统在木思河岸口水上住宅替代能源中的应用

Yudi Wijanarko, Adi Syakdani, E. Prihatini, S. Effendi, Aulia Rizki Utami, Trigitha Melintika, Ryo Pakusadewo
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引用次数: 0

摘要

技术已融入日常使用,电能作为主要能源。在电能的利用中,存在着打开电子设备却不使用的非常有害的浪费现象。除了人为疏忽的因素外,电能的使用不受监控导致电能的浪费。因此,本研究利用NodeMCU和pzm - 004t器件构建了一个基于物联网的用电监控系统。因此,配备ESP8266 wi-fi模块的NodeMCU可以通过互联网传输来自PZEM-004T传感器读数的数据。pzm - 004t传感器可以读取交流电压(V)、交流电流(A)、有功功率(W)、功率因数(Cos Phi)、使用电能(kWh)和频率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Smart Grid System on Alternative Energy of Floating Houses at Musi River Bank Estuary of The Ogan River
Technology has been integrated into daily uses electrical energy as the main energy source. In the utilization of electrical energy, there is a very detrimental waste such as turning on electronic equipment but not being used. In addition to the factor of human negligence, the unmonitored electrical energy used causes ignorance of the wasting of electrical energy. Therefore, this study build a system that can monitor and control the use of electricity based on the Internet of Things with NodeMCU and PZEM-004T devices. NodeMCU equipped with the ESP8266 wi-fi module can transmit data from the PZEM-004T sensor readings via the internet network as the result. The PZEM-004T sensor can read the value of AC voltage (V), AC current (A), Active power (W), power factor (Cos Phi) and used electrical energy (kWh) and frequency.
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