Energy monitoring using NodeMCU-ESP8266 with SCT-013-000 - 100A, non - invasive sensor. Monitoring phase 1 of my house.

Physics and Electrical Engineering Laboratory Faculty of Science and Technology, Buddhi Dharma University

The video (not mine!) explains the settings of a similar system I am using. For more info, go to http://openenergymonitor.org/emon/ Other sites where I publish live data: http://daturach.github.io/ http://emoncms.org/daturach

IBEM ESP32-C3 IoT Battery Energy Monitor - Solar Test System. Example Real-Time Test Site Data taken from IBEM. Graphs provide basic quick overviews. Granular data available. Many other Variables can be exported. Various graph and widgets can be easily co

DISEÑO E IMPLEMENTACIÓN DE CONTROLADOR DE TRES VARIABLES

Example Real-Time Test Site Data taken from IPEM. Graphs provide basic quick overviews. Granular data available. Many other Variables can be exported. Various graph and widgets can be easily configured - examples below.

Solar system @ 30sec update

Stream de Tensão e Corrente.

Selected data from the Fronius PV inverter

Keeping track of my solar charge controller

Hybrid Edge–Cloud Architecture for Real-Time Energy Intelligence and Optimization in Industry 4.0 Ecosystem. This project measures voltage using ZMPT101B sensor, current using ACS712 sensor, calculates power, displays values on an LCD, and uploads data to

Real-time solar system monitoring using Arduino UNO and NodeMCU ESP8266. Voltage, current and power data are uploaded to ThingSpeak for visualization.

ESP32 solar tracker voltage, current, and servo positions.

Channel designed for Current and Voltage only

The project is made to get the update and data of solar system