photo of Tanay Tanay's Raspberry Pi Smart Vertical Farming project
Vertical farming is a sustainable and efficient farming method which involves growing food in stacked layers or vertical structures, rather than in a traditional field. This approach uses overhead clearances to maximize land yield and reduce environmental footprint.
Vertical farming has several potential benefits, such as more efficient use of space, saving water, reducing dependence on pesticidesas and if we add to this the help of a Raspberry Pi, we obtain "Raspberry Pi Smart Vertical Farming".
About Raspberry Pi Smart Vertical Farming
Raspberry Pi Smart Vertical Farming, is positioned as an intelligent system designed to help users manage their vertical gardens and achieve optimal results. Created by Tanay Tanay, the system is powered by a Raspberry Pi 4 B equipped with a multitude of interesting functions that improve plant care.
Tanay Tanay mentions that The system can monitor all kinds of environmental factors such as the amount of light available, air humidity, amount of water in the soil, temperature and much more. Automation of routine procedures such as irrigation can be achieved with high precision when humidity levels are tracked using a sensor.
The main board of the project is a Raspberry Pi 4 B connected to an Arduino Nano R3 which is assigned to a specific plant. Some of the sensors confirmed in the design are a soil moisture sensor, an ambient light sensor, and a water level depth detection sensor.
Raspberry Pi Smart Vertical Farming Monitoring System
It is mentioned that This project aims to solve the problems of vertical farming that imply high investment costs, operating costs, energy consumption, maintenance and lack of automation
That is why with "Raspberry Pi Smart Vertical Farming" It is planned to address all those problems by creating a smart vertical farming system. that automates control and monitoring through Bluetooth Low Energy (BLE) communication, allowing farmers to optimize the performance of their crops with minimal human intervention.
Tanay's initial idea was based on developing an intelligent system from scratch, with the ability to perform various beneficial agricultural functions, such as Bluetooth and Wi-Fi compatibility for remote monitoring of plants. Automating routine tasks, such as irrigation, would be executed with great precision by monitoring humidity levels through a sensor.
Regarding the requirements to successfully develop the vertical farming system, the following is mentioned:
- Real-time monitoring and control of environmental parameters, including soil moisture and light.
- An efficient mechanism for converting moisture into water to ensure that water supply is not limited.
- Robust and secure BLE communication between sensors, actuators and the central control unit.
- An easy-to-use GUI (Graphical User Interface) to access and control the farming system remotely and act as fault tolerance to the system.
- A scalable and cost-effective system design suitable for farms of various sizes.
The end result is a system powered by a Raspberry Pi which incorporates numerous elements to take care of plants and with which (as already mentioned above) you can monitor a variety of environmental factors with the help of an intuitive user interface that facilitates manual watering of plants.
Design principles include modularity, scalability, security, and ease of use. System components should be interchangeable, allowing them to be customized to specific crop needs and farm sizes. Security measures will be implemented to prevent unauthorized access to the system. The system should have a simple and easy-to-use user interface.
It is worth mentioning that smart vertical farming powered by a Raspberry Pi 4 B is a quite interesting idea that can help users manage their vertical gardens and achieve optimal results.
Finally, if you are interested in being able to know more about it, you can consult the details in the following link