Many growers spend substantial budgets on lighting, air conditioning, and equipment, only to be defeated by high humidity levels.
In genuine commercial horticulture, humidity control is never determined solely by room area. For instance, a 100-square-meter greenhouse may require only 200 liters of dehumidification capacity, while others need over 600 liters.
why ?
The factors that truly influence the dehumidification load include:
• Plant transpiration rate
• Irrigation return water flow
• LED heat load
• Nighttime low temperatures
• External air humidity
• Greenhouse ventilation airflow rate
• CO₂ operation strategy
• Canopy density
• Night-time AC operating mode
• Room structure and airflow configuration.
Many project issues stem not from equipment defects, but rather from flawed selection logic from the outset. The latest HVAC Sizing Tool has already been implemented in internal operations.
- Automatic calculation of actual cultivation dehumidification load
- Suitable for commercial greenhouses, greenhouses, and drying rooms
- Nighttime low-temperature condition correction
- Fresh air infiltration load estimation
- Automatic recommendation of specialized dehumidifier models for cultivation
- Multi-language PDF report output (Chinese/English/Deutsch/Portuguese/Espanol/Italian/French)
- Continuously refined based on real-world commercial cultivation projects
Our goal is to help growers avoid unnecessary detours, reduce wasteful expenses, and minimize mold and environmental issues.
Truly stable production can only be achieved in a stable environment.
