Laptop OVERHEATING and Overcharging Problems Solved! Part 2

Welcome to Part 2 of our Automatic Laptop Charging Project! In this video, we’ll integrate Firebase with ESP8266 to control a relay module for real-time, smart charging based on battery percentage. Here’s what you’ll learn:

1️⃣ Setting up Firebase for ESP8266 communication
2️⃣ Configuring the ESP8266 board in the Arduino IDE
3️⃣ Reading and controlling the relay using real-time battery data
4️⃣ Viewing the output on Firebase Realtime Database, the Serial Monitor, and Terminal

🔗 GitHub Code Repository:
Find the source code and instructions here: GitHub Repository: https://github.com/learninghub-official/auto-switch.git

👉 Shop Relay Module: https://amzn.to/3W0Mhvz
👉 Shop ESP8266: https://amzn.to/4gU3MWD

Part 1
here: https://youtu.be/b0y9wyNzUFk?si=444LXTRqVaVc-gRW

⏱ Timestamps:
0:20 Intro to Part 2
0:42 What you learn
3:46 Setting Up ESP8266 in Arduino IDE
4:42 Connecting ESP8266 to Firebase
5:27 Controlling the Relay Based on Battery Levels
5:56 Output Demo: Firebase, Serial Monitor, and Terminal

🔧 Required Components:

ESP8266 NodeMCU
Single Relay Module
Laptop Charger
AC Main Supply
Connecting Wires

📌 Topics Covered:

Real-time Firebase integration with ESP8266
Smart relay control logic
Wireless communication for home automation

💡 Subscribe for more tech projects like this and turn on the 🔔 to get updates! Got questions? Drop them in the comments, and I’ll be happy to help.

#ESP8266 #FirebaseTutorial #SmartCharging #TechDIY #HomeAutomation