PVC Pipe Greenhouse Setup for Efficient Tomato Planting in Various Climates

• Customization: Available
• Building Materials: Steel Structure
• Cover Material: Glass
• Model NO.: GG-400
• Cultivation Method: Hydroponics
• Heating Method: Continuous Heating
• Layer: Double
• Location: Indoor & Outdoor
• Roofing Shape: Flat Roof
• Size: Large
• Span: Multi/Single
• Suitable: Mixed Farming
• Usage: Commercial Greenhouse
• Transport Package: Container Shipping
• Specification: 40GP
• Trademark: VERTEX
• Origin: China
• HS Code: 9406900090
• Production Capacity: 5000000 Square Meter/Years
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 1000.000kg

Product Description

Vertex Agriculture proudly leads the way in crafting cutting-edge solutions for today's modern agricultural needs,

Glass greenhouses stand as the pinnacle of plant cultivation innovation, utilizing the superior light transmission properties of glass to foster optimal lighting for plant growth. With an impressive high transmittance rate of 85%-90%, glass allows the majority of the sun's visible light to permeate, ensuring plants thrive through enhanced photosynthesis. These structures ingeniously maintain a stable indoor temperature, creating a microclimate that remains largely insulated from external weather fluctuations. During chilly months, glass greenhouses minimize heat loss, serving as effective insulators, while in the warm seasons, they adeptly manage temperature through integrated systems for ventilation, shading, and more, safeguarding plants from the perils of excessive heat.

Product Description

A glass greenhouse is a building facility with a specific frame structure. Frames are usually made of metal (such as steel), including columns, beams, trusses and other parts, which are combined to form a solid spatial framework to provide support for the installation of glass. The design of the frame should take into account the weight of the bearing glass and the pressure of resisting natural external forces such as snow and snow to ensure the safety and stability of the greenhouse.

1. Glass greenhouse is mainly used for plant cultivation. It uses the good light transmission of glass to create suitable lighting conditions for plant growth. The high transmittance of glass (generally more than 85%-90%) can make most of the visible light in the sun pass through, ensuring that plants can fully carry out photosynthesis. At the same time, it can effectively maintain the indoor temperature and form a microclimate that is relatively independent of the external natural environment. In the cold season, the glass greenhouse can reduce the loss of indoor heat and play a role in insulation; In the hot season, the temperature is adjusted through supporting ventilation, shading and other facilities to avoid excessive temperature damage to plants.
2. In addition to plant cultivation, glass greenhouses can also be used for agricultural production activities such as flower planting and vegetable seedling cultivation, and in some cases, it is also used to display rare plants and hold horticultural exhibitions, such as tropical plants in some botanical gardens, flower exhibition greenhouses, etc., to provide people with places of appreciation and popular science education.

A glasshouse is a semi-permanent or permanent building. Its construction needs to follow certain building codes and standards, and there are corresponding requirements in site selection, infrastructure construction, drainage, etc. Its appearance is usually more structured to adapt to the installation of glass and the use of internal space. And the scale of the glass greenhouse can be flexible according to actual needs, from small single-house greenhouse for home gardening, to large multi-house greenhouse for agricultural industrialization.

Product Parameters

Ventilation System
1. Natural Ventilation System: This system capitalizes on the strategic placement of side and top windows within the greenhouse structure. The side windows, positioned on the greenhouse sides, can be adjusted manually or with electrical mechanisms. Meanwhile, the top windows, located at the greenhouse's apex, can be opened using various methods, such as rack and pinion mechanisms. As indoor temperatures rise, hot air naturally ascends and exits through the top windows, allowing cooler exterior air to flow in through the side windows. This process facilitates natural ventilation, effectively regulating indoor temperature and maintaining optimal humidity levels.
2. Forced Ventilation System: This system incorporates exhaust fans strategically installed at one or both ends of the greenhouse. Especially useful when natural ventilation isn't sufficient, such as during sweltering summer days, these fans actively expel hot indoor air while drawing in cooler fresh air from the outside. This method ensures rapid cooling and effective air circulation within the greenhouse environment.

Sunshade System
1. External Sunshade System: Positioned on the greenhouse's outer top surface, the sunshade net can be adjusted manually or automatically through an electric control system, responding to light intensity and indoor temperature variations. The net proficiently blocks excessive sunlight, reduces heat ingress, and prevents overheating during peak summer temperatures, shielding plants from potential sunburn.
2. Internal Sunshade System: Installed within the greenhouse's interior ceiling, this system not only provides shading and cooling but also aids in nighttime heat retention. By reflecting a portion of sunlight, it minimizes heat absorption and helps regulate internal light distribution, creating a conducive environment for plant health and growth.

Irrigation System
1. Drip Irrigation System: A favored method in glass greenhouses, the drip irrigation system administers water via pipes to individual drip heads positioned near plant roots, delivering water slowly into the soil. This precise watering technique minimizes evaporation and conserves water, while simultaneously allowing for targeted fertilization by dissolving nutrients in the water supply and directing them to plant roots.
2. Micro-Sprinkler Irrigation System: Featuring sprinkler heads situated at the greenhouse's top or above plants, this system disperses water in fine droplets, ideal for increasing air humidity-a necessity for certain plant species. Moreover, it covers extensive areas, enabling efficient irrigation of multiple plants concurrently.

Heating System
1. Hot Water Heating System: This system utilizes boilers to heat water, which then circulates through greenhouse pipes, either along the ground or in the air, to evenly distribute warmth. Temperature control is straightforward, and the system's waste heat can serve additional functions like hot water irrigation, enhancing operational efficiency.
2. Hot Air Heating System: Utilizing hot air fans, this system quickly elevates greenhouse temperatures by directing heated air into the space. Its flexible design allows for adjustable air outlet positions and angles, ensuring uniform heat distribution tailored to specific greenhouse needs.

Control System
The intelligent control system is the greenhouse's technological heart, offering automated monitoring and management of critical environmental parameters like temperature, humidity, light, and ventilation. With an array of sensors-temperature, humidity, light, among others-collecting vital data, these inputs are processed by the controller. Based on predetermined settings, the controller dynamically adjusts the operation of ventilation, shading, irrigation, and heating systems, thereby maintaining optimal growing conditions and fostering plant development.