Master the Science 
of Balance

Move from reactive climate control to proactive plant balance. We provide the data you need to execute the 5 principles of Plant Empowerment.

Your Plants Are Speaking. Are You Listening?

Traditional growing fights the climate. Plant Empowerment uses physics and plant physiology to balance it. The result? Higher yields, lower energy costs, and stronger crops.

Energy-Icon

Energy
Light & Temperature

Balance light and temperature for ideal growth

Plant Balance-Icon

Perfect Plant Balance

Smarter systems create stronger, healthier crops

Stress Icon

Stress
Protection & Control

Reduce environmental pressure on plants

The 5 Steps to Plant Empowerment

Master each principle with Sigrow’s precision tools. Click each step to explore how we make Plant Empowerment actionable.

Ensure Climate Uniformity

Goal: Maintain air temperature difference < 2°C

Data Insight: Heatmap Timelapse (10 Days)

Hardware Link

Air+

Air+ Sensors

Multi-point temperature monitoring

Pixel

Pixel

Climate measurement grid

Soil

Soil Pro+

Root zone temperature

Example Actions

  • Close screens before incoming radiation becomes zero
  • Use 2–3 screens with no gaps

Avoid Night Radiation towards the Sky

Goal: Net radiation never lower than -15 W/m²

Data Insight: Canopy Net Radiation Level

Radiation Management

Hardware Link

Net

Net Radiometer

Measures incoming/outgoing radiation

Air+

Air+

Energy screen management

Example Actions

  • Close screens before incoming radiation becomes zero
  • Use 2–3 screens with no gaps

Balance Greenhouse Moisture

Goal: Keep plant organ temperature above the dew point

Data Insight: Thermal Monitoring

Moisture Balance

Hardware Link

Cam

Stomata Camera System

Real-time thermal imaging

Dry+

Dry Air+

Crop microclimate monitoring

Example Actions

  • Increase below-screen temperature
  • Adjust ventilation to manage moisture

Balance Assimilation

Goal: Maintain air temperature difference < 2°C

Goal: Balance daily light integral (DLI) and average plant temperature

Assimilation (RTR)

Hardware Link

Air+

Stomata Camera System

Canopy temperature tracking

Pixel

Pixel

Multi-point temperature measurement

Example Actions

  • Night heating based on total light per day
  • Minimize RTR fluctuations

Balance Plant-Water

Goal: Keep plant VPD in the optimum range of 0.3–1.5 kPa

Data Insight: VPD Leaf (kPa)

Water Balance

Risk: VPD < 0.3 kPa

Crop Condensation Risk

Risk: VPD > 1.5 kPa

Stomata Closure Risk

Hardware Link

Cam

Stomata Camera

Stomata opening monitoring

Dry+

Dry Air+

VPD management

Example Actions

  • Precise fogging adjustments
  • Dynamic ventilation control

The Sigrow Product Ecosystem

Growers use these products daily to implement the 5-step framework

Sensors

Pixel

Climate grid

Soil Mini

Root zone

Net Radiometer

Energy balance

Stomata Camera

crop temperature and activity monitoring

Servers-Img

Management

CAM Gateway-Icon

CAM Gateway

Communication hub

Stomata-Camera-Icon

CAM Gateway

Communication hub

Integrated Ecosystem for Complete Control

Each component integrates seamlessly with the 5-step framework, providing the data and control you need to optimize climate uniformity, radiation control, moisture balance, assimilation, and plant-water balance.

Ready to See Your Plants Differently?

Request a personalized demo and discover how the Stomata Camera can transform your growing operation.

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