🌦️ Weather Station and Data Monitoring System

📑 Table of Contents

• 📖 Project Overview
• 🌐 Live Website
• ✨ Features
• 🛠️ Technologies Used
• ⚙️ How It Works

---

📖 Project Overview

This project utilizes an ESP32 microcontroller connected to a home WiFi network to send environmental data (indoor and outdoor temperature, humidity, rain detection, and window status) to a custom website. The website stores the data in a MySQL database, providing daily, weekly, and monthly statistical comparisons of indoor and outdoor data. The ESP32 employs a deep sleep mode for optimized power consumption, sending data every 10 minutes.

---

🌐 Live Website

The project website is published and accessible at the following URL:
👉 https://gardenmonitor.eu

---

✨ Features

• ESP32 Functionalities:

  • 🕒 Periodic data collection every 10 minutes.
  • 🔋 Low-power deep sleep functionality.
  • 🌡️ Sensors for temperature, humidity, rain, and window status.

• Website Functionalities:

  • 🔒 Securely receives data from the ESP32.
  • 💾 Saves data in a MySQL database.
  • 📈 Displays:
    • Daily, weekly, and monthly statistics.
    • Comparisons between indoor and outdoor conditions.
  • 🖥️ User-friendly, responsive web interface.

---

🛠️ Technologies Used

ESP32:

• Arduino IDE
• Deep sleep optimization
• WiFi connectivity

Website:

• Frontend:
  • HTML, CSS, JavaScript
• Backend:
  • PHP
  • MySQL Database

---

⚙️ How It Works

1. ** Data Collection:**
   • ESP32 collects temperature, humidity, rain status, and window status.
2. ** Data Transmission:**
   • The data is sent to a website endpoint every 10 minutes.
3. ** Deep Sleep Mode:**
   • ESP32 enters deep sleep to save power.
4. ** Data Storage:**
   • The website receives and stores data in a MySQL database.
5. ** Data Analysis & Display:**
   • The website calculates and displays statistics in daily, weekly, and monthly formats.

---

📸 Website Demo

Dashboard showing temperature and humidity comparisons.