Automated sensor network

Our own meteorological station is able to communicate with soil probes in the field

An agricultural sensor network is an IoT system consisting of sensors that are used in an agricultural environment. The sensors take measurements such as soil moisture, temperature, humidity, soil moisture, temperature, moisture and solar radiation, and then transmit this data to a central server or the cloud. The data collected can be used by farmers to optimise production and use resources more efficiently.

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The benefits of agricultural sensors:

  • Precision agriculture: Sensors can be used to more accurately determine the plant needs, allowing growers to use their resources more efficiently than such as water and nutrients.
  • Saving time and money: Sensors automatically measure and record data, so farmers do not need to manually check the fields. This saves time and money.
  • Risk mitigation: The devices allow growers to detect problems such as drought and inadequate soil temperatures in time to take appropriate action.
  • Higher yields: Sensors help you apply fertiliser and water according to the needs of the crop, which can increase yields.
  • Environment protection: IoT tools offer the possibility of environmentally friendly agriculture techniques, such as optimized irrigation and zonal mapping for nutrient management to minimise environmental impacts.

Our own meteorological station is able to communicate with the meteorological stations soil probes.

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Weather station
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Soil probe

Customise your agricultural equipment number based on the necessary data record.

The values measured by the weather station:

  • Soil moisture
  • Soil temperature
  • Soil EC
  • Humidity
  • Air temperature
  • UVI, UVB radiation
  • Precipitation
  • Wind direction
  • Wind power
  • Leaf wetness

Benefits of weather stations in agriculture:

  • 1. Weather forecast: Weather stations allow farmers to reliably forecast the weather changes. This will help them plan their work more efficiently, including sowing, irrigation and crop protection activities.
  • 2. More efficient production: The data recorded by the stations will help farmers know exactly when to fertilize, irrigate and protect crops from extreme weather conditions, so production can be more efficient
  • 3. Saving costs: The use of weather stations can help farmers prepare in time for extreme weather conditions such as frost, drought or storms. This can prevent damage to crops, and farmers do not have to spend unnecessary money on new seeds, fertilisers and pesticides
  • 4. Risk mitigation: The use of weather stations can help farmers prepare in time for extreme weather conditions such as frost, drought or storms. This can prevent damage to crops, and farmers do not have to spend unnecessary money on new seeds, fertilisers and pesticides.
  • 5. Expanding knowledge: Data collected by the stations can help farmers better understand crop growth and the impact of environmental conditions on production.
  • 6. Accurate data: Weather stations provide accurate data to measure temperature, precipitation, wind speed, etc., which can be a great help in making crop production decisions.
  • 7. Feed planning: Weather stations can help farmers to plan their forage by providing accurate information on crop maturity and field conditions.

Overall, the use of weather stations is very important for farmers, as they can help them to produce more efficiently and economically, and to minimise environmental impacts.

Values measured by the soil probe:

  • Soil moisture
  • Soil temperature
  • Soil EC
  • Air temperature

Benefits of soil probes in agriculture:

  • 1. Automation of soil tests: Automated soil probes allow automatic measurement of soil properties such as moisture content, temperature and nutrient concentration. This makes the job of farmers easier as they do not have to carry out soil tests manually.
  • 2. Saving time and money: Automated soil probes measure faster and more efficiently than conventional methods, saving users time and money.
  • 3. Operation optimisation: With the help of automated soil probes, professionals know exactly when, where and how much to irrigate, and what fertiliser or pesticide to apply. This can increase yields and reduce production costs.
  • 4. Környezetvédelem: Automated soil probes help them manage soil more efficiently, minimising environmental impacts such as water pollution or soil erosion
  • 5. Environment: The data collected by automated soil probes will give companies a better understanding of soil science, helping them to produce more efficiently and adopt more environmentally friendly farming practices.
  • 6. Soil moisture measurement: Soil probes allow farmers to measure soil moisture, which helps them to develop more efficient irrigation strategies. Over-irrigation is not only a waste of money, but can also be harmful to crops.
  • 7. Soil temperature measurement: Soil probes allow farmers to monitor soil temperature, another important factor for plant growth and development. Keeping soil temperatures at the right level can also improve yields and quality.
  • 8. Soil nutrient content measurement (EC): Soil probes allow farmers to measure the nutrient content of the soil, which is important information when planning the right fertilizer application. Controlling soil nutrient levels can increase yields and improve quality.