Small-scale greenhouses are used as a method of agriculture and horticulture in a limited space, usually privately or also in urban environments. Small greenhouses may be installed in a small space such as a balcony or even indoors and are used to cultivate and grow plants.
Small-scale greenhouse design
In areas where farmers face space limitations, installing a small greenhouse maximizes the use of available space. It can be particularly beneficial for individuals living in cities or regions where space is restricted. In a small greenhouse, environmental conditions such as temperature, humidity, light, and air can be controlled. This enables farmers to create optimal conditions for plant growth and achieve higher production.
Managing and maintaining plants is usually easier in a small greenhouse. It allows farmers to focus more on each type of plant and make the best use of their time and energy.
Small greenhouses can help people grow local and organic crops. A model that produces high-quality and fair products can support local infrastructure and improve public health.
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What are the conditions suitable for using small greenhouses?
- - Establishing greenhouses in areas with limited space
- Suitable for businesses that require low investment to start
- Building greenhouses for seasonal plants and saplings
- Using greenhouses as shops or exhibition spaces
- Maintenance and production of products that do not require significant facilities
- Producing seedlings and cuttings
- Seed cultivation greenhouses
- Adaptation greenhouses
- Research and educational greenhouses
Similar uses of small-scale greenhouses include the following:
Mushroom cultivation
Breeding ornamental fish
Animal husbandry
Poultry farming (meat and ornamental)
Vermicompost production
Water storage pool coveringsCurrently, utilizing these small-scale greenhouse structures is the best method for quickly starting an agricultural business in small and limited areas. Marsos Cam is proud to have been providing these types of structures for agricultural professionals and related industries since 1997.
Due to space limitations for this type of greenhouse, the dimensions are designed for a maximum area of 300 square meters. The greenhouse width is 8 meters, and the distance between the arches is 2.5 meters. Therefore, these greenhouses are available for the following sizes.
|
name |
width (meters) |
length (meters) |
area (meters) |
|---|---|---|---|
|
T2.5 - 20 |
8 |
20 |
160 |
|
T2.5 - 22.5 |
8 |
22.5 |
180 |
|
T2.5 - 25 |
8 |
25 |
200 |
|
T2.5 - 27.5 |
8 |
27.5 |
220 |
|
T2.5 - 30 |
8 |
30 |
240 |
|
T2.5 - 32.5 |
8 |
32.5 |
260 |
|
T2.5 - 35 |
8 |
35 |
280 |
|
T2.5 - 37.5 |
8 |
37.5 |
300 |
Technical specifications of small space greenhouses:
- **Width**: 8 meters
- **Length**: 37.5 meters
- **Area**: 300 square meters
- **Height**: 4 meters
- **Chord height**: 3.1 meters
- **Arches**: Made from 2-inch pipes
- **Network connections**: Made from 1-inch pipes
- **Distance between arches**: 2.5 meters
- **Wind braces**: Made from 1-inch pipes
**Fully prefabricated and galvanized**.
- **Longitudinal connections**: Made from 1-inch pipes in 4 rows
- **Galvanized wire**: Sizes 2.5 and 1.5
- **Plastic tensioner**: 1-inch pipe in 1 row
- **H profile**: For securing the covering at the sides
- **Aluminum film locks**: Used for securing the covering at the first and last arch
The covering is anchored to the ground by backfilling soil over it.
Let me know if you'd like to explore more details!
Low-scale greenhouse coverage:
Three-layer polyethylene
Width: 10 meters, Length: 50 meters (1 roll)
Width: 8 meters, Length: 50 meters (1 roll)
Thickness: 220 microns
10% Anti-UV with EVA and IR additives
Optional: Covering the walls at the front and back with 4mm glass
Side window:
Roll-up system
Roll-up axis: Aluminum pipe
Window start: Plastic tensioning axis
Window height: 1.5 meters
Window opening: From both sides (left and right)
Drive mechanism: Manual
Cooling system: (Cellulose pad and fan)
Exhaust fan with a discharge capacity of 45,000 cubic meters (40,300 cubic meters per hour at 30 Pascal pressure):
Fully galvanized body
1.1 kW motor
Automatic damper
Stainless steel impeller
Cellulose pad:
Width: 10 cm, Height: 2 meters
Aluminum frame
500-liter polyethylene tank
Submersible pump, supply and return pipes, and related valves
Electrical control panel
Cellulose pad 7090 Marsus com (10 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Canopy system:
Polyethylene shade net
Width: 10 meters
Length: 50 meters
Shade percentage: 80%
Color: Green
Greenhouse heating system:
Floor heating: Polyethylene pipes (40mm, 6 bar)
Inline pump: 2-inch
Expansion tank: 150 liters
Greenhouse heating: 4 units of 50x50 dimensions
Hot water boiler: Equipped with a gas burner
Related fittings and valves
Radiant heating system: Model SL50, manufactured by Garmataab
Installation: 2 units at a height of 3 meters
Fuel source: Gas
