How nikhilsp780/-smart-irrigation-system-esp32 works
This ESP32 project automates irrigation using soil moisture and rain detection, with pump control and water-flow measurement; it also exposes readings and controls through Blynk and retrieves weather information from OpenWeather. The tree contains one sketch, so runtime responsibilities share its path. No source excerpts were available; relationships shown are limited to those stated in the README.
Main entry points: IrrigationSystem_Final.ino Sensor Monitoring
Components 10
Sensing
- Sensor Monitoring
IrrigationSystem_Final.ino - Water Measurement
IrrigationSystem_Final.ino
Irrigation Control
- Irrigation Logic
IrrigationSystem_Final.ino - Pump and Relay
IrrigationSystem_Final.ino
Connectivity
- Blynk Interface
IrrigationSystem_Final.ino - Weather Integration
IrrigationSystem_Final.ino
Other components
- Environmental Sensors
- Flow Sensor
- Blynk App
- OpenWeather API
Connections 8
- Environmental Sensors → Sensor Monitoring: provides readings
README.md - Sensor Monitoring → Irrigation Logic: informs control
README.md - Irrigation Logic → Pump and Relay: controls pump
README.md - Environmental Sensors → Water Measurement: provides flow pulses
README.md - Water Measurement → Blynk Interface: reports volume
README.md - Sensor Monitoring → Blynk Interface: sends readings
README.md - Blynk App → Blynk Interface: provides controls
README.md - OpenWeather API → Weather Integration: provides weather
README.md