A smaller Venlo-style 2-bay glasshouse is a high-quality, commercial-grade-COST ESTIMATE
Various requirements will change these costings, this gives a "ballpark" estimate.
Smaller than our usual Jawan Farms "Off-the Shelf" standard commercial sizes, this smaller greenhouse, may suit next step up from DIY, as a "start-up" commercial farms.
Smaller but still "Lives & Gives" for 30-50 years
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Size of the greenhouse - Start up to large commercially profitable
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Materials (type of glass, frame material)
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Additional features (ventilation, heating, cooling, automated systems)
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Installation (Jawan professional)
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Location (shipping costs to more remote areas)
Cost Breakdown (Australian Dollars)
1. Glass and Frame Materials
A typical Venlo-style greenhouse has a strong aluminium frame and tempered or double-glazed glass for excellent durability, insulation, and light transmission. In terms of material costs: (Excluded fish tanks and grow beds, or supplies).
2-bay Venlo greenhouse
1. Glass
The cost of tempered glass ranges from $200–$300 per square meter. For a 2-bay Venlo greenhouse with a total area of 800m² of glass (10m x 20m per bay = 400m², for both bays, 800m² total):
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Low-end estimate (at $200 per m²):
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High-end estimate (at $300 per m²):
So, the cost of glass would be between $160,000 and $240,000 AUD.
2. Aluminium Frame
The cost of the aluminium frame ranges from $150–$250 per square meter.
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For a 2-bay Venlo greenhouse, the total frame area is about 800m² (same as glass area).
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Low-end estimate (at $150 per m²):
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High-end estimate (at $250 per m²):
So, the cost of the frame would range from $120,000 to $200,000 AUD.
3. Professional Installation
The installation of a Venlo-style greenhouse is complex, and professional setup can range between $120,000 to $250,000 AUD.
4. Additional Features
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Ventilation System (automated roof/side vents): $20,000 to $35,000 AUD
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Climate Control (heating, cooling, misting, etc.): $30,000 to $50,000 AUD
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Gutter and Watering Systems (fish tanks, irrigation, rainwater collection): $25,000 to $50,000 AUD
Total Estimated Cost Breakdown
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Glass and Frame (Basic Greenhouse Structure):
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Glass: $160,000–$240,000
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Frame: $120,000–$200,000
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Total for Glass + Frame: $280,000–$440,000
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Installation & Setup:
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$120,000–$250,000
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Additional Features (Ventilation, Climate Control, etc.):
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$25,000–$65,000
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Total Range for Fully Fitted 2-Bay Venlo Greenhouse:
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Low-end estimate: $525,000 AUD
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High-end estimate: $980,000 AUD
Summary of Key Considerations:
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Basic Structure (Glass + Frame): Costs $280,000 to $440,000 AUD.
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Installation & Setup: $120,000–$250,000 AUD depending on complexity and location.
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Additional Systems (Ventilation, Climate Control, etc.): $25,000–$65,000 AUD.
So, the total estimated cost for a fully fitted 2-bay Venlo-style greenhouse in Australia is $525,000–$981,000>>
Key Variables Affecting Price
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Location: Remote or regional areas may incur additional delivery and installation costs.
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Customization: Higher-end glass, automation, heating systems, and other custom features can raise the total cost.
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Climate: If you’re in a particularly hot or cold climate, more advanced cooling or heating systems will increase the price.
Considerations
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Longevity: A well-built Venlo greenhouse can last 20+ years with proper care, making it a solid long-term investment.
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Use: Typically used for high-value crops or commercial production (e.g., vegetables, flowers, or herbs), so it’s often tailored for business needs.
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Budget: While this is a significant investment, the structure’s efficiency and sustainability can offset costs in the long run.
If you’re planning for a smaller scale or DIY project, you could also consider smaller, less complex designs or hybrid polycarbonate versions that may be more budget-friendly.
Does this pricing align with your needs, or do you have specific requirements for your glasshouse that might impact the costs?
We do not recommend some government backed farmer funding. ASK US
However, we can help by providing OUR product information and documentation to support your bank financing application — particularly for projects involving symbiotic farming systems, water-harvesting, and sustainable production upgrades.
