Next Generation Greenhouses
Explore how next generation greenhouses are revolutionizing operations and enhancing sustainability in agriculture.
What is a Next Generation Greenhouse?
Next Generation Geothermal Greenhouses (NGG) are state-of-the-art, energy-efficient agricultural platforms. These greenhouses combine geothermal energy for heating and cooling with vertical hydroponics to maximize crop yields. The NGG implements a synergistic suite of technologies that reduce operational costs, ensure year-round production, and minimize environmental impact.
Key Components of NGG
Building and Components:
- Building Technology
- Specialized Building Envelope
- Fireproofing
- Tower Hydroponics
Energy and Resource:
- Sustainable Heating and Cooling
- Dynamic Smart Lighting
- Sustainable Water Systems
Data and Systems:
- AI Climate Control
- Real-Time Metadata and Software Development
- Automation
- AR/VR Integration
Climate Controlled Greenhouse
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Performance and durability with a sophisticated membrane design durable enough to protect against temperatures between -51°C to 50°C.
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Longest lasting fabric of its kind in the world with a coating that protects against UV and airborne contaminants.
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Aluminum substructure provides high strength-to-weight ratio, superior malleability, and corrosion resistance.
ETFE Dual Membrane
(South-facing side)
- ✓Full spectrum light transmission
- ✓Self-cleaning properties
- ✓Highly fire-resistant
- ✓Excellent insulation properties
- ✓More than 25-year lifespan
Tedlar Insulated Dual Membrane
(Non-sun-facing sides)
- ✓Medium-Level insulation (fiberglass R25, formaldehyde-free)
- ✓UV, water, and mildew resistant
- ✓25+ years lifespan
Aluminum Tensile Frame
The NGG's architecture features an aluminum tensile frame with 15-foot spans. It offers:
- ✓Rapid construction speed
- ✓Resistant to extreme weather conditions (wind, snow, etc.)
- ✓Provides an air- and water-tight enclosure for energy-efficient climate control
GHG Reduction
A geothermal NGG covered in polyfilm would reduce GHG emissions by ~143 tonnes compared to a Glass Greenhouse using Natural Gas. This eliminates the equivalent of 31 cars annually.
The GHG Reductions are based on the size of the NGG = 7,500 sq.ft.. A larger NGG will have greater savings.