We wanted to create a portable system in order to show it to all the school and to cultivate regional plants duri… Step 17: Hydroponic Working! I think this will be my first full instructable project. But WHY would I want to take all this extra time and effort to grow my plants in this "special water"? on Step 4. Lettuce for Life - Arduino 101 Based Automated Controller for Hydroponics, Aeroponics, Aquaponics, Etc. Hydroponics Pots (I'm using 10 - 3" pots for this) 1" PVC Pipe and Fittings + Drain Pipe and Fittings These aren't necessarily the cheapest places to get these items, so if you're not in a rush, consider searching on a place like dx.com or on other eBay listings (may or may not be shippnig from China) to find the best possible deal. Be sure to adjust the lux value for measuring the time for the supplemental lights...the optimal value may vary depending upon your sensor. Thank you! It's funny finally seeing a project such as this on here. 23,220 views; 6 comments; 112 respects; Using an ASL shield, get up to 24 stairs setup availability, fade out effect, PWM modulation, wireless connectivity and more. The Arduino's can be networked to a Raspberry Pi using I2C to allow all system parameters to be monitored and updated in real time. The system uses six lengths of PVC pipe to house plants and pass a nutrient rich liquid solution through their roots. 7 days ago. We connected the system to Thingspeak (a service that provides data storage and analysis) using an ESP8266 module. Remember, if you like this Instructable, please be sure to Favorite it, Subscribe, and vote for it in the Microcontroller Contest! I have been toying with the idea for a little while and using the Mega ADK. Great Job. I never got finished with the container for everything to fit into, however, I'm sure that shouldn't be a problem for most of you to figure out. are available on the Arduino Project Hub. Project showcase by Ryan … If you love electronics as well as plants, what better way to combine the two than with a smart hydroponic system? how long did this project take you? From here I learned a great deal about C++ and Arduinos, and began to quantify all the steps a system would need to build an automated hydroponics OS for farmers. Watering cycles, pH levels, nutrient levels, lighting cycles and ventilation fans are all maintained via the Arduino's. Hydroponics is a type of soil less agriculture. I haven't had weeks to test it "out in the real world" so there may still be a few kinks in it. Participated in the Microcontroller Contest. However...have you looked into the use of a different light spectrum? 9 months ago Students at the Juan de Lanuza School decided to do just that, creating a portable hydroponic assembly that’s automatically controlled with the help of an Arduino Mega. Several branches of hydroponics include aeroponics, aquaponics, etc. You're totally right in pointing that out! The microcontroller can also send data of fluid level (solution) and temperature around the plant to smartphone android of the owner of the hydroponics plant. Project in progress by Luis Antonio Martin Nuez. These aren't necessarily the cheapest places to get these items, so if you're not in a rush, consider searching on a place like dx.com or on other eBay listings (may or may not be shippnig from China) to find the best possible deal. After some time, I've finally finished building both the physical box and OS, while simultaneously capturing it all on youtube / github for others. x. I knew I just *had* to have one.After I received it through the mail and exploring its possibilities, it struck me that this would make it possible to ma… Big thanks to BillieBricks for working out a lot of the code. Did you make this project? Plant Monitoring System. C:\Users\peeva\Downloads\FSR83MHI2G1F678\FSR83MHI2G1F678.ino: In function 'void setup()': FSR83MHI2G1F678:123: error: 'class DateTime' has no member named 'get'. Activity: Robotics in family. Reply Twitter: @PancakePatrol, Google+: Austin Simonson, pH Electrode Probe and Connection to Arduino, DHT11 or DHT21 or DHT22 Humidity/Temperature Sensor, I2C RTC DS1307 AT24C32 Real Time Clock Module, Smart Extension Box With ESP-NOW Protocol, 1" PVC Pipe and Fittings + Drain Pipe and Fittings. Project tutorial by Aivaredze. We will cover all stages of development from micro-controller programming and seed selection to successful plant breeding and harvesting. Home; About me; Blog Archive; Book Now! Plant which can grow only during a specific time of the year and be grown throughout the year. We wanted to create a portable system in order to show it to all the school and to cultivate regional plants duri… on Introduction. School: Juan de Lanuza. Attached is the most current Arduino code for the project. With the drain pipe, you'll want to drill out about 3 1/2" or so holes with a hole saw so your pots will fit in. 6 years ago 10,797 views; 3 comments; 22 … We use an Arduino Uno microcontroller to automatically control the flow of nutrient solution with logic if else. The nice thing about this is that it can be easily scaled to almost any size and all the instructions stay the same (except for the actual construction of the system of course) - there would be no need to change the code...maybe just things like adding more lights, fans, etc.