How to benefit from real-time drain analysis
Case study from Poland
Accurate Water Management: "The first and last irrigation are the most critical," the grower explained. "With Trutina, I can ensure the exact 9% weight loss I’m aiming for, keeping plants healthy and productive."
János Lóczi, co-founder of Gremon Systems, further emphasized the importance of timely saturation, stating: “Reaching the saturation level at the right time is crucial. If delayed, there is a risk of disrupting the plant's water balance, which can lead to increased flower and fruit abortion, ultimately impacting overall yield.”
Stress Prevention: "Trutina warns me before plants are under stress, so I can take action early. This keeps my plants out of danger and ensures consistent growth."
János further explained the complexity of irrigation adjustments, highlighting that: “Irrigation strategy cannot be based solely on the current light conditions. For example, after several sunny days, a sudden cloudy day doesn’t immediately reduce plant activity, as the accumulated reserve energy keeps the plants more active. Ignoring this factor could lead to overwatering or improper irrigation timing.”
Insightful Data: The system provides clear metrics on biomass weight, drain percentages, and substrate saturation. "It’s like having a window into what my plants are experiencing," the grower said.
Trutina’s reliability and ease of use have also earned the grower’s trust. "The hardware is built for greenhouses. We’re working in a jungle, not a living room, and Trutina handles these conditions effortlessly," Bart noted.
The grower’s experience with Trutina has been overwhelmingly positive, highlighting measurable improvements in efficiency, plant health, and yield stability:
János pointed out another crucial stress factor that Trutina can detect: “Plant overload is a significant stress factor that can be identified through Trutina’s data analysis. The system can even predict the threshold that should not be exceeded to maintain optimal plant health. If a plant remains in an overloaded state for too long, this stress will negatively impact its potential in the following days, reducing overall productivity.”
