https://github.com/altarians05/diyportableweatherstation
Development of a portable, open-source environmental monitoring station. This project enables real-time data collection and visualization using low-cost sensors. Designed for educational and research applications, it promotes learning about environmental monitoring technologies and programming.
https://github.com/altarians05/diyportableweatherstation
3d-printing arduino educational-project environmental-monitoring esp32 iot robotics weatherstation
Last synced: about 2 months ago
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Development of a portable, open-source environmental monitoring station. This project enables real-time data collection and visualization using low-cost sensors. Designed for educational and research applications, it promotes learning about environmental monitoring technologies and programming.
- Host: GitHub
- URL: https://github.com/altarians05/diyportableweatherstation
- Owner: altarians05
- License: mit
- Created: 2024-12-02T11:38:38.000Z (6 months ago)
- Default Branch: main
- Last Pushed: 2024-12-07T18:41:47.000Z (5 months ago)
- Last Synced: 2024-12-14T17:12:09.652Z (5 months ago)
- Topics: 3d-printing, arduino, educational-project, environmental-monitoring, esp32, iot, robotics, weatherstation
- Language: C++
- Homepage:
- Size: 704 KB
- Stars: 1
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
README
# PrintingWeatherStationSENA
This project is a portable environmental monitoring station designed for air quality analysis, weather tracking, and gas measurement. Built as an open-source solution 🛠️🌐, it integrates IoT capabilities, making it ideal for educational projects, environmental research, and DIY enthusiasts. 🤓🔧
🎥 See the Prototype in Action!
Want to see the final prototype in action? 🌟 Head over to our YouTube video to get a full walkthrough of the Portable Environmental Monitoring Station, its features, and how it works!
📹 Watch here: [Prototype Video on YouTube](https://youtu.be/jpqpw_nJwng?si=KsxWxKCoQXddJWzs)
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✨ Key Features ✨
- ✅ Multi-sensor integration for temperature, humidity, air pressure, and gas concentration. 🌡️💧⚡
- ✅ Compact and lightweight portable design. 🎒📏
- ✅ Compatibility with Raspberry Pi 🍓 and Arduino 🤖 for easy customization.
- ✅ Open-source documentation 📂 and designs 🖌️ to encourage collaboration 🤝.
- ✅ Perfect for outdoor monitoring 🏞️ and data logging 📊.
- ✅ MicroSD card 📀 used for recorded data storage.
- ✅ DS3231 RTC module 🕒 records the time of each measurement.
- ✅ 0.96" OLED screen 🖥️ with a rotary encoder for an enhanced HMI.
- ✅ Solar energy collection ☀️🔋 for sustainable operation.
- ✅ Built-in WiFi on the ESP32 board 📶 for remote data access and monitoring.
- ✅ Example Arduino scripts 💻 for sensor integration.
Perfect for 🔬 Engineers, Makers 🛠️, and Researchers 📚 looking to explore environmental monitoring with cost-effective 🌟 and versatile tools.
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Download Includes 📂:
- 📜 Arduino Codes: Fully documented and ready to upload to your ESP32. 🚀
- 📐 3D Models: The enclosure and modular components are available in STEP format, suitable for editing and printing.
- ⚡ Electronics Wiring Diagram: Comprehensive connection diagrams created in Fritzing, guiding the setup of all electronic components. 🔌🖥️
Download Links 🔗:
- 📌 [Tinkercad](https://www.tinkercad.com/things/6pniuVdfldQ-estacion-de-monitoreo-iot-rev4)
- 📌 [Thingiverse](https://www.thingiverse.com/thing:6854103)
- 📌 [Grabcad](https://grabcad.com/library/diy-portable-weather-station-1)
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⚙️ Connections:
- 🌡️ BME680 Sensor: 🛠️ SCL -> GPIO22, 🛠️ SDA -> GPIO21, ⚡ 5V, 🌍 GND
- ⏰ RTC DS3231: 🛠️ SCL -> GPIO22, 🛠️ SDA -> GPIO21, ⚡ 5V, 🌍 GND
- 📟 OLED 0.96" Display: 🛠️ SCL -> GPIO22, 🛠️ SDA -> GPIO21, ⚡ 5V, 🌍 GND
- 💾 MicroSD Module: 🛠️ CS -> GPIO05, 🛠️ MOSI -> GPIO23, 🛠️ SCK -> GPIO18, 🛠️ MISO -> GPIO19, ⚡ 5V, 🌍 GND
- 🔄 Rotary Encoder KY-040: 🛠️ DT -> GPIO25, 🛠️ CLK -> GPIO26, 🛠️ SW -> GPIO33, ⚡ 5V, 🌍 GND
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📚 Libraries and Resources:
- 🛠️ BME680 Sensor
- 📂 Library: [Download Here](https://n9.cl/2wgdx)
- 📖 Guide: [How to Use](https://n9.cl/31472)
- 🎓 Tutorial: [Simple Example](https://n9.cl/s88k9)
- ⏰ RTC DS3231
- 📂 Library: [RTClib by Adafruit](https://github.com/adafruit/RTClib)
- 📖 Guide: [Setup Instructions](https://n9.cl/o9x3j)
- 🎓 Tutorial: [Simple Example](https://n9.cl/v09a0)
- 📟 OLED 0.96'' Display
- 📂 Library: [Library Link 1](www.n9.cl/xlc9w), [Library Link 2](www.n9.cl/xv1dp)
- 📖 Guide: [Setup Instructions](https://n9.cl/l03ufr)
- 🎓 Tutorial: [Beginner Guide 1](www.n9.cl/jzy5xj), [Beginner Guide 2](www.n9.cl/f29yyf)
- 💾 MicroSD Module
- 📂 Library: [Download Here](https://n9.cl/z0hjuf)
- 📖 Guide: [Setup Instructions](https://n9.cl/nbez7)
- 🎓 Tutorial: [Example Project](https://n9.cl/s88k9)
- 🔄 Rotary Encoder KY-040
- 📂 Library: Not Required 🎉
- 📖 Guides: [Guide 1](https://n9.cl/tbt4g), [Guide 2](https://n9.cl/v2f8)
- 🎓 Tutorials: [Beginner Guide 1](https://n9.cl/rmjnv), [Beginner Guide 2](https://n9.cl/bn3d6)
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💡 Support the Project!
If you find this project useful or inspiring, consider supporting it in each link by:
- ⭐ Following the project on all platforms.
- 👍 Giving it a like to help boost its visibility.
- 💬 Leaving a comment with your thoughts or suggestions.
As an open-source research initiative 🌱, your interaction helps us gain visibility 👀 and continue contributing to the community 🌍. Together, we can inspire more innovations ✨ and improvements!