Test Weather station data using a BME680 (Fields 1,2,3 &7) and BME280 (Fields 4,5 &6) via I2C from Python script running on two Raspberry Pi Pico W. Testing the setup and data logging for future full weather station project with wind vane, anemometer, c

Θερμοκρασία και Υγρασία

Weather Station

Basic weather station in Warsaw, Wilanów measuring temperature, humidity, pressure using: SHT41, BMP280

Yet another temp humidity and other sh*

A weather station, currently collecting: Temperature (BME280) Humidity (BME280) Pressure (BME280) Based on an ESP32 with a solar panel and a Li-ion battery for power. The board remains in deep sleep for the most part. And wakes up every 30 minutes.

A weather station, currently collecting: Temperature (BME280) Humidity (BME280) Pressure (BME280) Based on an ESP8266 with a solar panel and a Li-ion battery for power. The board remains in deep sleep for the most part. And wakes up every 30 minutes.

Real time monitoring of Temperature and Humidity.

Temperature Humidity Pressure

Various LoRa Sensors

DHT11 - измерение температуры и влажности; LDR-module - измерение интенсивности света; cpu, ram, freq - измерение производительности RaspberriPi

A system for collecting environmental data (temp, hum, pressure, wind, rain, light) and controlling components via a cloud dashboard.

This channel provides live weather data from Mäntsälä, Finland, measuring temperature and humidity conditions using Arduino-based instrumentation. The system employs a DHT22 sensor for accurate environmental monitoring, delivering real-time measurements.

This weather station collects data from an ESP32 and displays temperature (°C), humidity (%), and pressure (hPa) in real time using ThingSpeak.

IoT Environmental Monitor running on ESP32 with MicroPython. This station monitors indoor air quality and noise pollution. It uploads data every 5 minutes to prevent sensor heating.