Running Arduino code on a ESP32 based board with a Li-Ion battery. Using a BME280 sensor (temperature, humidity and air pressure) and wind direction, wind speed and rainfall. Sending data to Thingspeak, Wunderground and Windy.com. Access the stati

The design and development of an Intelligent Energy Management System for smart homes using Internet of Things sensors and Artificial Intelligence. The system collects real-time energy consumption data from household devices using IoT sensors connected to

Readings from BME280 (ESP32) Bloemfontein

This is a Weather Station Running On Esp32 with a DHT22 to provide Temperature and Humidity, The Weather Station is Located in lydenburg Mpumalanga 1120 South Africa

Stores rainfall in increments of 0.5433mm

Multiple values off the Silicon Labs Thunderboard Sense Board connected to my Raspberry Pi.

DHT22 Via ESP8266

Nodemcu with DHT11, and grabs time from NTP to trigger the updates