Galvanized Steel structure With Hydroponic Growing Systems Automated Intelligent Venlo stype greenhouse

Introcution

‌Highly automated‌: The fully automated greenhouse uses sensors and control systems to automatically adjust the temperature, humidity, light, ventilation and other environmental factors in the greenhouse, greatly reducing manual operations and improving production efficiency‌.

‌Precise environmental control‌: With the help of sensors and control systems, the environmental parameters in the greenhouse are accurately monitored and regulated to provide a stable and suitable environment for crop growth, which helps to achieve high yield and high quality crops.

‌Data management‌: The fully automated greenhouse can collect and analyze various environmental and crop growth data in real time, formulate scientific planting plans based on the data, achieve refined management, and improve production efficiency‌.

‌Environmentally friendly and sustainable development‌: Through precise irrigation, fertilization and energy management, waste and pollution can be reduced, and sustainable agricultural development can be promoted.

Support systems

The main structure is usually made of hot-dip galvanized steel structure to ensure long-term stability and corrosion resistance, and the service life is expected to be up to 15-20 years.

The external shading system is controlled by a motor, which can automatically adjust the shading net according to the light intensity, protect the crops from strong sunlight damage, and reduce the temperature in the greenhouse.

The internal shading system is used to adjust the light intensity, while the insulation system maintains the temperature in the greenhouse at night or in cold seasons to reduce heat loss.

The top window system reduces the temperature in the greenhouse through natural ventilation, reduces the use of the fan wet curtain system, and saves energy.

The fan wet curtain system reduces the temperature in the greenhouse through the principle of water evaporation and heat absorption, which is suitable for cooling in high temperature seasons.

The heating system includes various heating equipment to ensure that the appropriate growth temperature is maintained in cold seasons or at night.

The integrated water and fertilizer system combines intelligent irrigation technology to accurately supply water and nutrients according to crop needs and improve resource utilization efficiency.

The supplementary light system provides artificial light when the light is insufficient, enhances crop photosynthesis, and improves yield and quality.

The seedbed system provides a structured growth platform to facilitate crop management and the use of automated equipment to improve planting efficiency.