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DIY ESP32 Weather Station | Real-Time Temperature & Humidity with DHT11!

By Afghan Robotic Team

2 min video·en··15205 views

This is an AI-generated summary of “DIY ESP32 Weather Station | Real-Time Temperature & Humidity with DHT11!” — a 2 min YouTube video by Afghan Robotic Team, published February 14, 2025. It condenses the full transcript into 10 key takeaways with clickable timestamps.

Summary

This video provides a step-by-step guide on how to build an ESP32 weather station using a DHT11 sensor to display real-time temperature and humidity data through a web interface.

Key Points

  • The project focuses on building an ESP32 weather station to monitor environmental conditions. 
  • Key components required for this project are an ESP32 microcontroller, a DHT11 sensor, and jumper wires. 
  • Begin by connecting the DHT11 sensor's 3V pin to the ESP32's VCC pin. 
  • Next, connect the DHT11 sensor's GND pin to the ESP32's GND pin. 
  • Then, connect the DHT11 sensor's signal pin to GPIO number four on the ESP32. 
  • Connect the ESP32 microcontroller board to a computer using a USB-C data cable. 
  • Copy the provided code, input your Wi-Fi SSID and password, and upload it to the ESP32. 
  • After uploading, retrieve the IP address displayed in the serial monitor. 
  • Enter this IP address into a web browser to access the weather station's user interface. 
  • The web interface will display live temperature and humidity readings, which update when the browser is refreshed. 
DIY ESP32 Weather Station | Real-Time Temperature & Humidity with DHT11!

DIY ESP32 Weather Station | Real-Time Temperature & Humidity with DHT11!

This video provides a step-by-step guide on how to build an ESP32 weather station using a DHT11 sensor to display real-time temperature and humidity data through a web interface.

Key Points

—The project focuses on building an ESP32 weather station to monitor environmental conditions.
—Key components required for this project are an ESP32 microcontroller, a DHT11 sensor, and jumper wires.
—Begin by connecting the DHT11 sensor's 3V pin to the ESP32's VCC pin.
—Next, connect the DHT11 sensor's GND pin to the ESP32's GND pin.
—Then, connect the DHT11 sensor's signal pin to GPIO number four on the ESP32.
—Connect the ESP32 microcontroller board to a computer using a USB-C data cable.
—Copy the provided code, input your Wi-Fi SSID and password, and upload it to the ESP32.
—After uploading, retrieve the IP address displayed in the serial monitor.
—Enter this IP address into a web browser to access the weather station's user interface.
—The web interface will display live temperature and humidity readings, which update when the browser is refreshed.
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