Faced with the growing challenges of modern agriculture, the National Institute of Industrial Technology (INTI) has developed a low-cost temperature sensor capable of collecting real-time data, improving decision-making in the field.
This advancement aims to optimize water usage, improve crop yields, and reduce environmental impact.
## Compact Design and High Precision
The device, measuring just two millimeters, uses a thin film of vanadium oxide on glass, achieving a balance between manufacturing simplicity and measurement precision.
Its detection range is from 20 to 75 degrees Celsius, although it is expected to expand in future versions.
In addition to measuring soil and ambient temperature, the sensor allows to:
– Identify areas with water deficit.
– Determine optimal conditions for the growth of different crops.
## Applications and Potential in Modern Agriculture
One of the most attractive aspects of this development is its flexibility, allowing it to be adapted for various uses within the agricultural sector.
INTI emphasizes that these types of innovations not only benefit agricultural production but also open opportunities for transfer to the industry.
Alex Lozano, director of the Micro and Nanoelectronics Center at INTI, highlighted in a statement that Argentina has the capacity to develop cutting-edge technology locally, driving progress in accessible and efficient solutions for the sector.
### A Small Sensor with a Big Impact
In a context where resource efficiency is key for agricultural sustainability, tools like this temperature sensor can make a difference.
Despite its compact size, the impact it promises for water management and crop yield could transform agricultural production nationally and internationally.
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