Precision agriculture and automatic irrigation in organic crops with Libelium’s IoT technology

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July 15, 2021

The transition towards a cleaner and more environmentally friendly energy generation model has become unstoppable. Globally, more renewable energy capacity has been installed for four consecutive years than new fossil fuel and nuclear capacities combined.

However, this comes with some added challenges that need to be addressed. Is the existing infrastructure capable of absorbing and transmitting this new energy? How can a traditional infrastructure cope with the volatility of weather-dependent energy?

Redeia, the Spanish energy transmission network manager, needed to answer these questions. Spain is becoming a benchmark for clean energy generation. Turning a necessity (energy isolation from Europe) into a virtue, Spain closed 2023 with more than 50% of its national consumption covered by renewables, reaching peaks of 73%.

In an ambitious collaboration, Telefónica, Redeia (Spanish TSO), and Libelium have embarked on a transformative journey to revolutionize energy efficiency across Europe’s transportation sector. At the heart of this initiative lies the integration of Dynamic Line Rating (DLR) systems, cutting-edge weather sensors, and digital twin technology. This trifecta of innovation represents a major leap in optimizing energy transportation and distribution, aligning with global sustainability goals and pushing the boundaries of energy efficiency in transport in Europe.

Smart Agriculture with WiFi Sensors: Boost Efficiency in Organic Farming

Organic farming is a production method with the objective of obtaining food, natural substances and processes.

The total organic cultivation area in the European Union (EU) was 13.8 million hectares in 2019, which corresponds to 8.5% of the total agricultural area used. This represents a 46% increase between 2012 and 2019.

This increase is largely due to the introduction of innovative technologies such as the Internet of Things and Machine Learning.

In Sardinia, Consulmedia, a systems integrator with valuable experience on this Italian island, has developed an Agriculture 4.0 project using data from Libelium sensors. Its client, the Agribio social cooperative, owns more than 5 hectares of land for cultivation and 5 greenhouses with a total covered area of approximately 6,000 square meters.

The Challenge

Make profitable and automate an organic crop by integrating sensor data with irrigation actuators.

The IoT Smart Agriculture solution

Libelium Plug & Sense! Smart Agriculture Xtreme and Plug & Sense! Smart Water sharing data via WiFi to Biots Consulmedia platform.

The installation is designed to measure the essential aspects of an ecological plantation reducing the limited environmental impact by:

the responsible use of energy and natural resources;
improving soil fertility;
maintaining water quality.

Consulmedias’ system, named Biots, controls, measures and analyzes the Agribio greenhouse with the data provided by Libelium’s network of high-end sensors for water and soil. The project includes a combination of Plug & Sense! Smart Water and Plug & Sense! Agriculture Xtreme powered by solar panels.

Plug & Sense! Smart Agriculture Xtreme:
- Temperature, air humidity and pressure
- Conductivity, water content and soil temperature
- Leaf saturation
- Solar radiation (PAR)
- Ultraviolet radiation

Plug & Sense! Smart Water:
- Conductivity sensor
- pH sensor
- Oxidation-Reduction Potential

Connected to these Plug & Sense! there is a wireless weather station that sends the detected data to the Biots platform regarding:

temperature, humidity and pressure
wind speed and direction
rain

The sensor data is sent via a WiFi connection to the customer’s gateway and from there to the Biots cloud platform, developed by Consulmedia.

Precision Agriculture perspectives

This data is used from three different perspectives:

Data for the farmer

The information can be consulted in real-time for remote monitoring. Enabled users can see the trend of the parameters measured by the sensors (temperature, humidity …) in personalized graphs, schedule alerts and make decisions based on them.

Data for actuators

Based on established threshold values, the system can automatically activate the solenoid valves for soil irrigation and other systems (humidification, lighting …) through the data sent to the greenhouse PLCs.

Data for the algorithm

The platform uses the data for the design of predictive models thanks to learning algorithms. This learning is shared equally with the farmer and with the actuators to optimize the greenhouse resources to the maximum.

Moreover, Agribio greenhouse, and organic farming, have plenty of opportunities to get a return of investment from the Internet of Things technology:

In terms of time, farmers do not have to go to the greenhouse or to the crop every day. They can see plant performance from their phones and computers. They can also activate remote controls without using on-site resources.
In economic terms, it allows saving costs with smarter management decisions based on data collected in situ (for example, in irrigation) and optimizes production thanks to the adoption of models capable of preventing the appearance of common plant diseases.
In terms of productivity, this modern cultivation method leads to higher crop yields. Globally, organic agriculture can produce an average of approximately 30% more food per hectare than conventional agriculture.

Giorgio Oggianu, manager of the cooperative, highlights the importance of the Biots control and monitoring system developed by Consulmedia, based on Libelium’s IoT technology. “The application of precision agriculture techniques and methods allows us to automate a series of management processes. It also supports decision-making thanks to the use of evaluation models that, based on real-time surveys of various parameters, provide useful information for the implementation of actions aimed at improving the growth of crops, especially tomatoes in greenhouses.”.

But there are other incalculable benefits as well. By making agriculture easier, more profitable and attractive, depopulation in rural settings slows down. In addition, this project also has a great social impact since Agribio is a rural project employing disadvantaged people or those at risk of social exclusion.

This IoT project contributes to achieve the following Sustainable Development Goals:

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