Data collection from the weight sensor using ESP32, HX711 and MQTT protocol. Alexander Technological Educational Institute of Thessaloniki. Master of Science in “Applied Electronic Systems”. Postgraduate course: Internet of Τhings and Αpplications.
This channel is made for my class “Applications of IoT”, in Master of Science "Applied Electronic System" - ATEITh. Here you can see the recorded values of my Heart Beat. For this application the ESP-WROOM-32 module is used , along with the PulseSensor.
Station for measuring soiling losses in PV modules with a comparative method consisting of one poly-crystalline silicon module and radiometer. The Soiling Ratio (SR) ist calculated with Short-Circuit Current (Isc). Located in the city of Paraná (ARG)
This is a C and C++ based IoT project in which we use an ESP32 microcontroller with some modules attached to it. We use a DHT11 module to provide weather data in real time, such as temperature and air humidity, every 10 seconds on an LCD.
Running Arduino code on a ESP32 based board with a Li-Ion battery. Using a BME280 sensor (temperature, humidity and air pressure) to capture data. Sending data to Blynk cloud, Thingspeak, Wunderground and Windy.com. Access the station data on Windy.com