AgroSense Base

Agricultural meteorological station. It can be equipped with all sensors needed for general monitoring of production areas. If you need precision measurements, place the AgroSense Nodes where you want to measure. After collecting data from Nodes over the wireless network, AgroSense Base sends it to the AgroSense server over a mobile network, from where it can be accessed from any mobile phone.

Easy to install
There is no need for an electric or IT network. The station is powered by a solar cell and a built-in battery. The installation video will allow you to assemble the station yourself.

Online weather station
The collected data is sent to the server via a GPRS network, a secure data connection, where the data can be accessed through a web browser, and it is possible to set alerts. The collected information can also be accessed on a smartphone in a mobile-optimized way.
Immediate intervention is also possible, as the system sends an alert via SMS or e-mail when the preset limit values are exceeded.

Expandable with AgroSense Nodes
The base station can collect and transmit 64 pieces of AgroSense Node data up to 900m. The measurement system thus developed is a great solution for monitoring environmental data, irrigation or nutrient supply in field or greenhouse cultivation.

The AgroSense Base suitable for measuring the parameters which fundamentally determine cultivation:

  • Amount of precipitation
  • Wind direction and wind speed
  • Air temperature
  • Air relative humidity
  • Soil Temperature
  • Barometric pressure
  • Globar radiation
  • Photosynthetically active radiation

AgroSense Node

Connected sensor data is transmitted to the AgroSense Base agricultural meteorological station via radio. It can be used to supplement AS Base meteorology measurements with microclimatic parameters accurately measured in the immediate vicinity of plants, the most important parameters for plant development. AgroSense Nodes are usually connected with sensors for soil or medium moisture, conductivity (EC), leaf moisture, air temperature, humidity. But it is also possible to connect NDVI, infrared or even water depth sensors.

It is tailored to your needs
It measures where and what it needs. The number and location of measuring points may be determined by differences in terrain, soil or irrigation circuits, or possibly by crop crops. Connectable sensors are accurate and reliable.

Flexible use
You can always upgrade your system with new tools. AgroSense Node can be easily uninstalled and migrated, for example to detect frost threats or when switching cultures. In addition to its own air heat/humidity and ground thermometer, it can be expanded with additional 4 sensors.

Minimum maintenance requirement
It comes with its own AA (pencil cell) power supply, which can be operated for up to 30 months without any maintenance.

Due to its weatherproof (UV and waterproof) design, it has a long life. The antenna rod is flexible and does not stick to the sprayer frame.

The AgroSense Node suitable for measuring the parameters for more precise cultivation:

  • Soil moisture
  • Tensiometer (digital)
  • Soil Electrical Conductivity (EC)
  • Soil Temperature
  • Air temperature
  • Air relative humidity
  • Moisture leaf
  • Depth of water, EC
  • Plant temperature
  • Vegetation Index (NDVI)

AgroSense Trap - Pheromone Trap

AgroSense Trap is an automatic pheromone insect trap. It captures images of captured insects and uploads them to the AgroSense server. Using the AgroSense network or other source temperature data, heat sum calculations can be performed to determine the exact time of intervention

Easy to install
No need for a solar panel, just turn it on and install it. The trap can be charged easily with a USB cable and one run up to 3 months.

Precise observations
The trap captures captured insects every day. You will never forget to do your job, even on Sundays and bad weather. 

The AgroSense Pheromone Trap suitable for the control of insect pests:

  • Daily reading
  • Adhesive sheet saturation indicator
  • Indication of the period of validity of the pheromone
  • Larvae prediction with heat calculation
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