DIY Weather Station in 40 Seconds (ESP32 + WiFi + Adafruit IO)
📦 Links & files:
– ESP-32 - https://s.click.aliexpress.com/e/_omVMnOm
– TP4056 - https://s.click.aliexpress.com/e/_oCUXav0
– BMP280 - https://s.click.aliexpress.com/e/_oDd13MS
– SHT-30 - https://s.click.aliexpress.com/e/_oBQh7kS
I built a compact DIY weather station using an ESP32, SHT30 for temperature and humidity, and a BMP280 for pressure and altitude readings. The entire setup is battery-powered with a 3.7V Li-Ion cell and managed using a TP4056 module for safe power delivery. All sensor data is transmitted over Wi-Fi and visualized through a live dashboard on Adafruit IO.
The project uses MicroPython for fast development, with I²C communication to keep wiring simple. I also enabled deep sleep mode on the ESP32 to conserve battery, making it suitable for outdoor use over several days without recharging.
To keep everything protected, I 3D printed a Stevenson screen for the sensors, and a separate enclosure for the ESP32 and battery. It’s not in its ideal mounting location yet, but it’s already logging reliable data — and it was built with almost no soldering required.
If you're into ESP32 projects, weather tracking, or building your own IoT devices, this one’s a great example of how simple and effective DIY tech can be.
#ESP32 #DIYWeatherStation #Shorts #MicroPython #AdafruitIO #SHT30 #BMP280 #IoTProject #ESP32Projects #WeatherStation #3DPrintedEnclosure #ElectronicsShorts #Makers #TechDIY #BatteryPoweredESP32
Видео DIY Weather Station in 40 Seconds (ESP32 + WiFi + Adafruit IO) канала J-Rat
– ESP-32 - https://s.click.aliexpress.com/e/_omVMnOm
– TP4056 - https://s.click.aliexpress.com/e/_oCUXav0
– BMP280 - https://s.click.aliexpress.com/e/_oDd13MS
– SHT-30 - https://s.click.aliexpress.com/e/_oBQh7kS
I built a compact DIY weather station using an ESP32, SHT30 for temperature and humidity, and a BMP280 for pressure and altitude readings. The entire setup is battery-powered with a 3.7V Li-Ion cell and managed using a TP4056 module for safe power delivery. All sensor data is transmitted over Wi-Fi and visualized through a live dashboard on Adafruit IO.
The project uses MicroPython for fast development, with I²C communication to keep wiring simple. I also enabled deep sleep mode on the ESP32 to conserve battery, making it suitable for outdoor use over several days without recharging.
To keep everything protected, I 3D printed a Stevenson screen for the sensors, and a separate enclosure for the ESP32 and battery. It’s not in its ideal mounting location yet, but it’s already logging reliable data — and it was built with almost no soldering required.
If you're into ESP32 projects, weather tracking, or building your own IoT devices, this one’s a great example of how simple and effective DIY tech can be.
#ESP32 #DIYWeatherStation #Shorts #MicroPython #AdafruitIO #SHT30 #BMP280 #IoTProject #ESP32Projects #WeatherStation #3DPrintedEnclosure #ElectronicsShorts #Makers #TechDIY #BatteryPoweredESP32
Видео DIY Weather Station in 40 Seconds (ESP32 + WiFi + Adafruit IO) канала J-Rat
esp32 esp32 weather station diy weather station sht30 bmp280 esp32 micropython i2c sensors battery powered esp32 tp4056 adafruit io esp32 project weather station build diy iot project backyard weather station 3d printed enclosure esp32 deep sleep microcontroller project wireless weather station low power esp32 esp32 sensors
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30 июня 2025 г. 14:13:40
00:00:42
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