Environmental Control Hydroponic Container Greenhouse for Forage Grass Cultivation

• Customization: Available
• Building Materials: Steel Structure
• Cover Material: Plastic Sheet
• Model NO.: CG-057
• Heating Method: Continuous Heating
• Layer: Double
• Location: Indoor & Outdoor
• Roofing Shape: Flat Roof
• Size: Large
• Span: Single
• Suitable: Mixed Farming
• Usage: Commercial Greenhouse
• Transport Package: Overall Delivery
• Specification: 40GP
• Trademark: VERTEX
• Origin: China
• HS Code: 9406900090
• Production Capacity: 10000pieces/Years

Product Description

Container plant production is the next frontier in agricultural innovation, introducing a revolutionary way of cultivating plants by integrating state-of-the-art equipment and technologies within modified containers. This avant-garde plant factory harnesses cutting-edge environmental control systems, advanced soilless culture techniques, nutrient solution supply methods, and sophisticated artificial lighting technologies. Collectively, these advancements create optimal growth conditions within a contained and mobile space, enabling precise and highly efficient plant production.

Product Description

 

Environmental Control System
1. Temperature Regulation: Utilizing an air conditioning system or heating apparatus, the internal temperature of the container is meticulously maintained to foster plant growth. For instance, leafy vegetables thrive at a daytime temperature of 20-25 °C and a nighttime range of 15-20 °C. This system offers precise adjustments tailored to the plant's growth stage and species, ensuring optimal development.
2. Humidity Control: A sophisticated array of humidifiers and dehumidifiers sustains the ideal relative humidity levels. Correct humidity is crucial for plant transpiration and nutrient absorption, yet excessive humidity invites diseases and pests, while insufficient humidity risks dehydration. This system strikes a perfect balance to nurture healthy plant growth.
3. Carbon Dioxide Concentration Regulation: Carbon dioxide generators and ventilation systems work in harmony to maintain an optimal carbon dioxide concentration within the container. Elevating the carbon dioxide levels enhances photosynthetic efficiency, thus accelerating plant growth and vigor.

 

Illumination System
Artificial Light Source: The system primarily employs LED lights renowned for their energy efficiency, adjustable spectrums, and customizable light intensity. Blue light (400-500nm) supports leaf and stem growth, while red light (600-700nm) promotes flowering and fruiting. A strategic mix of red and blue light ensures tailored lighting solutions for every stage of plant development.

Cultivation System
Soilless Culture: Implementing both Nutrient Film Technique (NFT) and Deep Flow Technique (DFT), this approach optimizes nutrient delivery. NFT involves plant roots residing in a thin, circulating nutrient solution, ensuring plants receive the necessary nutrients and hydration. DFT submerges roots in a deeper nutrient-rich solution, continuously aerated to provide ample oxygen, fostering robust root health.

Product characteristics

Container plant systems possess immense growth potential and are pivotal in satisfying the demand for fresh agricultural produce, redefining agricultural production methods, and championing sustainable agricultural practices. Their future hinges on relentless technological innovation, strategic cost management, and dynamic marketing efforts to unlock their full potential.

1. Efficient use of space
The space of the container can be three-dimensional planting, and the planting area can be greatly increased by multi-layer cultivation shelves. For example, in a standard 40-foot container, thousands of plants can be grown using a multi-layer cultivation system.

2. Strong mobility
Container plant plants can be easily transported to different locations according to market demand, site conditions and other factors. For example, in the central area of the city, in order to supply fresh vegetables, container plant factories can be placed near supermarkets or resident gathering areas to reduce the transportation distance and loss of vegetables.

3. High environmental controllability
It can accurately control various environmental factors of plant growth, and is not interfered by the external natural environment, such as bad weather and seasonal changes. This can achieve year-round plant production, and ensure the quality of the plant and the stability of the yield.

 

Product application

With inherent advantages, container greenhouses herald a new era in agricultural production, offering expansive development prospects and significant potential. They are instrumental in pioneering innovative farming practices and advancing the sustainability of agricultural development.
 

Qingzhou Vertex Agricultural Equipment Co., Ltd. is a greenhouse design, manufacturing, research and development as one of the professional companies. Our product range includes flower market greenhouses, planting greenhouses, aquaculture greenhouses, animal husbandry greenhouses, ecological catering greenhouses, greenhouses, spherical greenhouses, solar panel greenhouses, photovoltaic solar greenhouses, film greenhouses and corresponding accessories. Trust us to meet all your greenhouse needs!

FAQ

1.  How long is the delivery time?
According to your greenhouse size and system, the delivery time is usually 15-60days.


2.  Can you supply sample?
Small parts can be supplied, but you should pay the express cost.


3.  Can your company supply greenhouse design?
Our company can give greenhouse design according to your land and plan after deposit.  And we can give simple drawing before signing contract.


4.  How to install greenhouse ?
Firstly we prepare the material and send the material to your city.

After your customs clearing, we send 2-4 engineers or all workers to guide to install.
If you want to save money, we only send engineers, and you match local workers.
If you think it is hard to build the greenhouse, we also can send engineers and workers to install for you.


5.  When installing, what cost should we pay?
Our engineers and workers visas and round-trip tickets, their foods and accommodation, their communication