Glass greenhouse

Glass greenhouse with high-transparency tempered glass as its core covering material. With its excellent light transmission, long-term stability, and elegant appearance, it creates an ideal growth environment that closely mimics natural conditions. Its superior light efficiency, durability, and aesthetic value make it the preferred choice for high-end agricultural facilities, scientific research experiments, and ecological exhibitions. Whether cultivating high-value fruits and vegetables, growing rare flowers, or developing agritourism and research greenhouses, a glass greenhouse enhances crop quality, increases yield, and elevates brand value—contributing to the sustainable development of modern agriculture.

Advantages

Precision Design, Scientifically Optimized

The AgriNovix team utilizes global climate databases and computational fluid dynamics simulations to tailor glass greenhouse solutions for different latitudes, altitudes, and climate zones. By employing high-precision structural calculations, we optimize the steel framework, ensuring precise glass panel installation and even load distribution. Smart shading, multi-layer ventilation, and heat exchange modules are integrated to balance light transmission and temperature control efficiency. Whether in the extreme cold of Northern Europe or under the intense sunlight of the equatorial regions, our glass greenhouses maintain a stable internal climate.

Efficient Construction, Aesthetics & Functionality Combined

The greenhouse structure is based on high-strength galvanized steel with prefabricated components, paired with modular ultra-clear glass installation technology—significantly shortening construction time. Glass panels are factory-cut to standardized sizes and installed with flexible sealing systems, ensuring rapid assembly and airtight protection. Greenhouse designs can be customized into gabled, arched, or sawtooth structures, balancing function and architectural aesthetics. These structures are ideal for commercial farms, botanical gardens, and exhibition halls.

Key Specifications

• Main Structure: Hot-dip galvanized steel frame (corrosion resistance grade ISO 1461)
• Covering Material: 4-5mm tempered glass (optional double-layer insulated/Lowe-E coated glass)
• Ventilation System: Automated roof and side windows, air volume control accuracy ±5%
• Climate Control: Smart environmental control unit + zoned sensor network
• Shading Solutions: Dual-layer shading screens, adjustable light-blocking rate of 30%-90%
• Irrigation Configuration: Ebb & flow seedbed + high-pressure misting system

Supports Venlo-type multi-span structures (typical span: 6.4m) and customized sawtooth designs.

Lifecycle Value System

✔ Optimal Light Transmission: Ultra-clear glass minimizes light refraction losses, ensuring a natural spectrum for maximum photosynthesis efficiency.
✔ Precise Climate Control: Dual-layer glass and dynamic shading enable ±1°C temperature precision, reducing annual energy consumption by 15%-25%.
✔ Aging Resistance: Glass surfaces feature UV-resistant coatings, preventing fogging and ensuring a light transmission decay of <3% over 30 years, eliminating frequent replacement costs.
✔ Disaster Resilience: Tempered glass withstands impact forces up to 10J/cm², and custom frames endure typhoons up to Level 12 (0.75 KN/m²) and snow loads up to 50cm (0.6 KN/m²).

How to Choose the Right Glass Greenhouse

1. Define Functional Requirements
   • Glass greenhouses are suitable for high-light-demand crops (e.g., tomatoes, orchids) and display-based environments.
   • Choose single-layer/double-layer glass, coatings, or enhanced ventilation based on crop needs.
2. Analyze Geographic & Climatic Conditions
   • Provide data on annual sunlight hours, extreme temperatures, and precipitation.
   • Our BIM modeling simulates heat accumulation on glass surfaces to optimize ridge-to-eave ratios for better ventilation and insulation.
3. Investment & Cost-Efficiency Planning
   • Use Lifecycle Cost (LCC) Evaluation:
   • Although initial costs are higher, a ≥20-year lifespan and low maintenance result in an annual depreciation cost lower than plastic film greenhouses.
4. Free Customized Solutions
   • Our team of civil engineers, structural designers, and agronomists offers end-to-end consulting from site evaluation and structural design to smart environmental control integration, ensuring maximum long-term value.

FAQ & Solutions

Q1: How does a glass greenhouse handle excessive summer heat?
✅ Solution: A combination of external shading + rooftop misting and the 6.4m-span Venlo structure’s chimney effect keeps indoor temperatures at 28°C ±2°C even in 40°C outdoor conditions.

Q2: Is it suitable for high-rainfall regions?
✅ Solution: Roof slopes above 30° ensure rapid drainage, and aluminum water-guiding gutters handle rainfall intensities up to 200mm/h.

Q3: How can glass breakage be quickly repaired?
✅ Solution: Modular quick-release panel design allows localized repairs without full panel replacement, completing on-site repairs within 2 hours.

Q4: How can winter heating costs be reduced?
✅ Solution: Double-layer insulated glass (U-value ≤2.7 W/m²K) or internal thermal curtains cut energy costs by 40% compared to single-layer glass.

Why Choose AgriNovix?

✔ Technical Expertise: Advanced knowledge in Venlo-type multi-span and full-glass façade greenhouse structures.
✔ Digital Twin Technology: 3D construction simulation reduces project risk points and shortens build time by 30%.
✔ Integrated Industry Chain: Owns glass deep-processing plants & smart equipment factories, ensuring quality control and fast delivery.
✔ Zero-Risk Commitment: 10-year structural warranty, annual inspections, and lifetime free technical upgrades.
✔ IoT-Enabled Agriculture: Remote monitoring & control via smart devices.

AgriNovix – Bringing the Future of Precision Agriculture to You.