Guillermo Perez Guillen-
1Software apps and online services:
- Arduino IDE
- IoT ThingSpeak
- FreeCAD
- Ultimaker Cura
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2Hand tools and fabrication machines:
- 3D Printer
- Digital Multimeter
- Smartphone Android
- Soldering iron
- Hot glue gun
- Double-sided tape
- Plastic cable ties
- Working tools: screwdriver, screws, nuts
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3Build instructions:
This project provides full instructions, and time required is 7 days approx. Build instructions are described in logs:
- Step 1. Getting Started
- Step 2. Communication Between Two MKR WAN 1300
- Step 3. LoRaWAN System Range Testing
- Step 4. Assembling the Transmitter
- Step 5. Assembling the Receiver
- Step 6. LoRaWAN´s Test with a DS18B20 Sensor
- Step 7. Adding Multiple Sensors: DS18B20, DHT22 and MQ-135
- Step 8. Modifying Receiver Code for Multiple Sensors
- Step 9. LoRaWAN´s Test with Multiple Sensors
- Step 10. How to Connect LoRaWAN to an IoT Provider through the Arduino NANO 33 IoT
- Step 11. LoRaWAN and IoT Connection
- Step 12. Testing LoRaWAN and IoT Connection
All the codes, the STL files, and the schematic diagrams you can get in this project, or in my Github code: environmental-toolkit-for-an-ecological-area
Environmental Toolkit for an Ecological Area
LoRaWAN IoT system with the Arduino MKR WAN 1300, that help my community to monitor the air quality and water of our ecological area
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