Continuous Sensing with dependable results
Traditional greenhouse production systems are based on a mixture of blueprints, ‘green fingers’, emotional perception, regular knowledge of plant physiology and best practices. However, this traditional approach has its limitations: blueprints are only optimal under specific climate circumstances, the human sensory perception can provide limited and misleading information on the plant status. Start using wireless sensors for applying objective observations through measurements instead of human perception.
Please tell us a bit more about your operations
Sigrow sensors complement human senses to measure what the eye can not see. Thereby optimising the microclimate of your plants to ensure optimal development, growth and quality.
Measures
Leaf temperature & VPD (kPa).
PAR (µmol/m2/s), DLI (mol/d).
Air: Temperature (ºC), Relative humidity (%), Absolute humidity (g/m3), Dew point (ºC).
Solar powered, lithium battery, forced ventilation.
Pixel The Greenhouse Growers Multi-purpose devices
The SiPixel is a sensing solution focussed on the precise monitoring, visualising and steering of the plant light (PAR, DLI), air micro-climate (T air, T dew, RH, AH), leaf temperature and VPD. Based on the measurements decisions can be made up on optimising the micro-climate and stomata opening. Moreover, by monitoring plant temperature and dew point energy can be saved and the occurrence of fungal disease minimised.
Are your plants screaming out of balance and you can’t hear them? Take the guesswork out of your growing decisions and switch over to Sigrow Sensors.
Start basing your decisions on the effective use of wireless sensors and data-analysis tools for feed forward control, increasing your resource use efficiency and profits by yield and quality optimisation.
Benefits that blow your mind!
The Wait is Over with Real-Time Monitoring
With Pixel you can monitor progress in real-time, make data-driven decisions and get measurable results immediately rather than having to wait till the actual harvest time to see if your “green thumb” was on point – or not!
The Science at Work
The Pixel uses an infrared sensor to measure the leaf temperature. It measures PAR (light useful for photosynthesis) and based on the ventilated air temperature and relative humidity the VPD of the leaf is calculated for controlling the stomatal conductance.
Built with Sustainability and Precision in Mind
The Pixel is an eco-friendly, wireless sensor powered by solar panels and a durable lithium battery to reduce operational energy consumption and negative environmental impact. It’s force-ventilated so gives highly accurate readings for humidity and temperature.
There’s no ambiguity left about what is going on with your plants once you have a Sigrow Pixel setup monitoring and controlling the microclimate.
Stay Ahead of the Competition
Gone are the days when growers depended on intuition alone to make decisions. Modern growers and their clients both need dependable results and uniform yields. Take the cut-flower industry, for instance where uniform flower size and colour are very important. To achieve this, growers need to make informed decisions based on scientific proof which is possible only with sensors.
Wondering what the scientific variables mean?
Why Pixel?
Collects data on crucial microclimate variables to maintain balance and regulate temperature, stomatal opening, nutrient uptake, and more.
Optimize lighting conditions, leaf temperature, and dew point for maximum plant growth and prevent condensation-related issues.
Continuous sensing eliminates midnight runs to check on plants.
High quality + quantity yields with reduced fungal infections like botrytis.
Automate the control of your microclimate.
Dependable, uniform yields thanks to data-driven decisions.
Features
Machine-to-machine communication.
Alarms to notify you when the plants’ microclimate is out of balance.
Amsterdam-based Cloud Storage by Sigrow.
Discovery team visits by plant scientists for sensor installation, data analysis, and solution suggestions.
On-call plant scientists for a tailored experience.
Happy Growers!
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LG Flowers is a commercial cut-flower grower. Multiple Pixels helped LG Flowers detect and solve a botrytis problem in their gerberas. Their setup included one Stomata Camera System, one Net Radiometer System, two Pixels, two Air+, and one Soil Pro+.
Discover more from scientific research
- “A vapor pressure deficit effect on crop canopy photosynthesis” by W.T. Pettigrew
- “Plant responses to rising vapor pressure deficit” Grossiord et al
- “Steering of Fogging: Control of Humidity, Temperature or Transpiration?” C. Stanghellini and F. Kempkes, Wageningen UR Greenhouse Horticulture
- “Minimizing VPD Fluctuations Maintains Higher Stomatal Conductance and Photosynthesis, Resulting in Improvement of Plant Growth in Lettuce” Takayasu Inoue et al