Key Takeaways:
- AI-driven climate control predicts and optimizes greenhouse conditions in advance.
- Digital twin technology allows growers to simulate climate strategies before implementation.
- AI enhances efficiency by reducing energy consumption and improving crop consistency.
- Proactive AI monitoring helps prevent pest and disease outbreaks.
- Sustainable AI solutions minimize environmental impact while optimizing resource use.
Artificial Intelligence (AI) is transforming greenhouse management, enabling growers to optimize climate conditions, improve efficiency, and enhance sustainability. Hoogendoorn’s IIVO system, an AI-driven climate control solution, takes a predictive approach to ensure stable growing environments.
AI as the Brains of the Greenhouse
Unlike traditional reactive controls, AI anticipates changes using advanced weather prediction models. “Our system creates a three-day climate strategy based on localized weather data,” says Pieter Kwakernaak, General Manager of Hoogendoorn America.
AI also regulates humidity by balancing indoor and outdoor levels. This prevents condensation, reducing disease risks while maintaining optimal plant health.
Digital Twins: Simulating Before Implementing
Growers can now test different climate scenarios virtually before applying them in real-world operations. “AI-driven simulations help predict lighting and temperature profiles, reducing risk while improving efficiency,” Kwakernaak explains. This approach allows growers to make data-driven climate adjustments and manage energy consumption effectively.
Resource Optimization & Efficiency Gains
AI-integrated climate control contributes to significant resource savings, including:
- Optimized ventilation to maintain stable CO₂ levels.
- Reduced heating costs, lowering energy use by up to 25%.
- Extended equipment lifespan through stable climate conditions.
- Consistent crop quality for better market value.
Proactive Pest and Disease Control
AI-powered monitoring detects risks early, allowing growers to take preventive action. Hoogendoorn’s crop condensation model helps prevent moisture-related diseases, while LetsGrow.com’s monitoring platform provides real-time pest tracking and heat maps.
AI Greenhouse Management Brings Sustainability Gains
AI reduces energy waste, CO₂ emissions, and reliance on artificial lighting by dynamically adjusting climate conditions. “Efficiency and sustainability go hand in hand,” says Kwakernaak.
Read the entire edition here.
