Hello Sailors! We are back with one more awesome IOT project where we are going to automate irrigation system. The system can be used in homes to water the plants any time and can also be scheduled so even if you forget to water plants (lazy like me), just schedule the device and your plants get water regularly. That's another great use of IOT, aah!
PS: In this project I have used motor pump, a Solenoid Valve can also be used to control the water flow as an alternative.
If you face any problem in the setup, please write to me at prakhar@knowshipp.com or ask in the comments section.
Overview
We are going to control an AC water pump using NodeMCU/ESP8266 and blynk application. The Blynk app will have a switch controlling the pump to switch ON/OFF and an Eventor widget to schedule our pump switching with time. This way plants can be irrigated by manual switching or by scheduling with time.Things we need
- Hardware
- NodeMCU/ESP8266
- 5V relay
- Water Pump
- Water pipes (0.5 inch)
- Water flow splitter
- Water container
- Pipe clamps
- Jumper Wires
- 5V and 3.3V power supply
- Software
Note: Connect wire between NO and COM pin of relay because we want to switch ON the circuit at desired time.
Circuit
Blynk setup
- Create a New Project in BLYNK app.
- Write Project Name and Select NodeMCU from dropdown and WiFi as connection type.
- An AUTH token will be sent to your registered email, note this down.
- Tap on the screen and add the Eventor widget to the screen.
- Tap on the Eventor widget and click Add New Event.
- Select Time button and choose DAYS OF THE WEEK and START AT time and TIME ZONE. SET THE TIME, then tap OK.
- Now, select turn ON pin and add D5 pin as we have connected our relay to PIN D5. Tap OK to finalize your Start Event.
- Same way create a new event and select START time that will Switch OFF the relay at PIN D5.
Code
Change the AUTH_KEY, SSID and PASSWORD before uploading the code to NodeMCU.
Water system setup
- Cut out one piece of maximum 2 metres from 0.5 inch pipe and fix it's one end to the water pump and other end to water splitter's inlet. The motor I am using can throw water upto a height of 2 metres, so buy a good power pump if you need more height.
- Now, cut out 3 pieces of 0.5 metre length and fix their one end to the water splitter and other one will go to the flowerpot. I am using a 3-way water splitter so, as per your requirement cut out the number of pieces.
- Connect the live wire of water pump to the live wire line supply. And connect the neutral wire from water pump to the relay COM pin and another wire from power supply neutral to NO pin of relay.
- Dip the pump into the water container.
Try to push water a little upwards from the container because having container and flowerpot at the same level might cause water to flow out even after the pump is OFF.We are successful to automate irrigation system. Your plants will have water on the scheduled time. Ho, Lazy you!
PS: In this project I have used motor pump, a Solenoid Valve can also be used to control the water flow as an alternative.
If you face any problem in the setup, please write to me at prakhar@knowshipp.com or ask in the comments section.






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