Project involves the development of an automatic reservoir gate control system using NodeMCU (ESP8266 & ESP32) and a SIM900A Mini GSM module. This system aims to optimize irrigation practices by considering various environmental factors such as temperatur
This is a simple demonstration of realtime web push and visualization of few parametric sensor data. This was conceived by a Team of Engineers at Centre for Basic Space Science and Astronomy, NASRDA, Nsukka in Enugu State of Nigeria.
monitoring environmental conditions in a greenhouse(Humidity, Temperature, Light Intensity, Soil Moisture, Carbon dioxide Concentration, Relative Pressure
Monitoring pH, TDS, Suhu, dan Volume tandon warna orange + kelembapan tanah dan suhu tanah menggunakan sensor pH, sensor TDS, sensor DS18B20, soil moisture, arduino, nodeMCU, dan Thingspeak
Vegtronix VH400 sending data through a solar/battery powered XBee. Dry soil triggers my drip irrigation system powered by OpenSprinkler
The project uses two types of sensors for measuring temprature , humidity and soil moisture content. And turn the pump or fan on and off based on the values of sensors
This project is designed to develop smart monitoring and automated irrigation system.
Mide la humedad del suelo de mi clavel, la temperatura ambiental y la humedad ambiental. ESP32
Monitoring Suhu dan Kelembaban menggunakan NodeMCU ESP8266 dan Arduino Uno