Description
Our trash bin level tracking sensor is an ideal solution for smart cities and efficient waste management. Leveraging LoRa communication technology, it can transmit data over long distances. Powered by a single battery, this sensor boasts an impressive energy efficiency, lasting a full 5 years without the need for a replacement. This not only conserves energy but also reduces maintenance costs. Easily monitor when a trash container is full, facilitating a more planned and effective waste collection and management.
The project is written in C/C++ language. Both hardware and software designed by me.
The device performs;
- Communicates with REST web services via WiFi connection,
- Automatic firmware upgrade update management,
- Multi language supports,
- Support communication in IEEE 802.11 networks,
- Manages static IP and DHCP configurations,
- Creates access point itself for recovery problems,
- Tracks WiFi signal strength for preventing packet loss,
- Support fully LoRa communication
- 5 years battery life because of the energy efficiency
- Sleep and wakeup with schedule monitoring
- Hardware monitoring, battery level, Lora network and WiFi signal strength,
- Integrated web server for settings,
- Control 2 I/O buttons,
Total line:
Component:
Developed project files
Line count, File name
28 ./fset.h
266 ./boot.cpp
16 ./display.h
420 ./ext_eeprom.cpp
357 ./main.cpp
30 ./fget.h
30 ./loracom.h
8 ./debug.cpp
365 ./lang.cpp
4 ./tof.h
297 ./operation.cpp
8 ./rtc7941.h
7 ./operation.h
351 ./connect.cpp
573 ./display.cpp
359 ./ajax.cpp
2 ./lang.h
5 ./convert.h
69 ./rtc7941.cpp
11 ./ajax.h
11 ./boot.h
231 ./fset.cpp
522 ./loracom.cpp
33 ./ext_eeprom.h
75 ./tof.cpp
46 ./convert.cpp
1 ./debug.h
323 ./fget.cpp
8 ./web_server.h
202 ./web_server.cpp
7 ./connect.h
4665 total
