WEATHER NODE

Parameters measured:

• Air temperature (°C)

• Air humidity (%)

• Precipitation (mm)

• Solar radiation (W/m2)

• Wind speed (km/h)

• Wind direction (°N)

SOIL NODE

Parameters measured:

• Soil water potential (cbar)

• Soil temperature (°C)

• Soil humidity (%)

• Electrical conductivity (ms/cm)

• Irrigation water (L)

• pH (pH)

• N/P/K (mg/kg)

FRUIT GROWTH NODE

Parameters measured:

• Fruit diameter (mm)

LEAF WETNESS NODE

Parameters measured:

• Air temperature (°C)

• Air humidity (%)

• Leaf wetness (%)

STABLE MONITORING NODE

Parameters measured:

• Air temperature (°C)

• Air humidity (%)

• Carbon dioxide CO2 (ppm)

• Ammonia NH3 (ppm)

• Hydrogen sulphide H2S (ppm)

• Methane CH4 (ppm)

• Nitrous oxide N2O (ppm)

INCLINOMETER MONITORING NODE

Parameters measured:

• Tilt angle (°)

CABLE TENSION MONITORING NODE

Parameters measured:

• Cable tensioning (N)

IRRIGATION MANAGEMENT NODE

It allows fully automated irrigation management by opening and closing solenoid valves.

PRESSOSTAT NODE

The pressostat node allows the operating status of the irrigation system to be checked in real time.

IRRIGATION MONITORING NODE

The irrigation monitoring device allows real-time monitoring of the amount of water being delivered during each irrigation shift.

AGRI-VOLTAIC MONITORING AND MANAGEMENT NODES

The devices for monitoring and managing the agri-voltaic system allow the position of the solar panels to be oriented in accordance with the detected microclimate and based on the physiological needs of the crop.

i4fruit

i4fruit represents a business network between four companies iFarming, Romagna Impianti, Comavit and Arrigoni to provide agricultural enterprises with a complete system, starting from design to installation including poles, nets and sensors.
In addition, i4fruit allows access to tax credit, as it is part of the technologically advanced equipment, and therefore the entire plant is recognised as part of the investment made.