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Climate control

Climate control in greenhouse horticulture  

Optimal climate control starts with installing horticultural sensors and collecting the right data, which provide information about the climate inside and outside the greenhouse. This is essential for creating the best greenhouse climate for your specific crop. Light, temperature, humidity and CO2 concentration must be well aligned, preferably down to the smallest details. Our horticultural sensors, such as the well-known PAR sensor, collect reliable data. These sensors have been specially developed for the humid greenhouse climate in greenhouse horticulture. The collected climate data is then used by the climate computer to intelligently control the climate in the greenhouse, such as the CO2 dosage, the window position, the screen cover or the heating.

Stolze supplies reliable technological solutions for optimal climate control in greenhouses. The extensive selection of horticultural sensors collect relevant information to accurately align moisture in the substrate or soil, temperature, light, humidity, oxygen and CO2. More and more sensors are wireless and therefore easy to use in the greenhouse.

Examples of climate control

How do other growers regulate the greenhouse climate? Be inspired by previous projects we completed. We have provided various greenhouse farms with the right climate control in their greenhouse.

Examples of climate control

How do other growers regulate the greenhouse climate? Be inspired by previous projects we completed. We have provided various greenhouse farms with the right climate control in their greenhouse.

Horticultural sensors outside the greenhouse

  • Meteorological station 
  • Precipitation sensor and precipitation intensity sensor 
  • Outside RH sensor 
  • Radiation sensor 

Horticultural sensors inside the greenhouse

  • PAR sensor 
  • CO2 monitor 
  • E-measuring box 
  • GroScale & Root Optimizer 
  • Plant temperature sensor 
  • Humidity sensor 
  • Oxygen sensor 
  • Diameter sensor 
  • Sap flow sensor 
  • Soil moisture sensor for potting soil 
  • Soil moisture sensor for substrate 
  • Chlorophyll fluorescence sensor  

“The numbers tell the tale. It’s a cliché, but true. The information about the light spectrum in the greenhouse, the temperature, humidity and amount of CO2 is interesting when viewed separately, but also in combination with the other components. It is precisely the alignment between these various components that is key to achieving an optimal greenhouse climate.”

Erwin Kuiper

Electrical and water technology service engineer