The selection of materials and functional accessories for greenhouses is an important factor in creating an efficient agricultural planting environment. You can flexibly choose greenhouse skeleton materials, covering materials, and various functional systems according to different planting needs and climate conditions to ensure the stability and adaptability of the greenhouse's internal environment. The following is a detailed expansion explanation of optional accessories for greenhouses:
1. In terms of greenhouse materials
Skeleton material:
Galvanized pipe: ordinary galvanized pipe is used as the greenhouse skeleton, suitable for areas with low anti-corrosion requirements, relatively low cost, and suitable for general greenhouse projects.
Hot dip galvanized pipe: Hot dip galvanized pipe has stronger anti-corrosion performance, thicker surface galvanized layer, and can be used for a long time in high humidity environment without rusting, suitable for the construction of most greenhouse structures.
Hot dip galvanized pipes: The coating of hot-dip galvanized pipes is more uniform and durable, which can effectively extend the service life of greenhouse structures. It is particularly suitable for high salinity and high humidity environments, such as greenhouse projects in coastal areas.
Skeleton material:
Membrane: Suitable for economical greenhouses, including:
Transparent film: With high light transmittance, it is suitable for planting crops that require sufficient light and helps improve photosynthesis.
Black and white film, white black and white film: adjust the light intensity, control the temperature inside the greenhouse, suitable for crops with special needs for light.
Green white film: can partially filter light and reduce the damage of strong light to crops, suitable for high temperature areas in summer.
Glass: High transparency and strong durability, suitable for high-end greenhouses and sightseeing greenhouses. The commonly used types of glass include tempered glass and float glass, which have good impact resistance and insulation effect.
PC board: Polycarbonate board (PC board) has good insulation and impact resistance, and is suitable for greenhouse construction in cold regions. Its lightweight characteristics make installation more convenient and have strong durability.
Functional system (Greenhouse System)
Sunshade function:
External shading system: installed on the top or side of the greenhouse to block excessive sunlight, prevent high temperatures inside the greenhouse, and reduce direct sunlight damage to crops. Suitable for summer use.
Internal shading system: installed inside the greenhouse, it controls the intensity of light by adjusting the opening and closing degree of the internal shading net, which helps to maintain the temperature of the greenhouse while protecting crops from strong light burns.
Light blocking function: By using shading cloth or mesh, a completely dark indoor environment can be achieved, avoiding light interference. It is suitable for crops that have strict requirements for photoperiod, such as certain flowers and mushrooms.
Lighting function:
Plant supplementary light: provides additional light source in winter or under light conditions to promote photosynthesis and growth and development of plants. Common plant fill lights include LED fill lights, which have low energy consumption and long lifespan.
Ventilation function:
Top ventilation system: By installing ventilation windows at the top of the greenhouse, the accumulated hot air inside the greenhouse is effectively discharged, reducing the temperature inside the greenhouse.
Side ventilation system: Ventilate through manual or electric film rollers on the side, suitable for use in spring and autumn, and can regulate the air circulation inside the greenhouse.
End face ventilation system: Install ventilation windows at both ends of the greenhouse to enhance air convection, suitable for large-scale connected greenhouses, and improve air circulation.
Cooling function:
Negative pressure fan and water curtain system: During high temperatures in summer, the negative pressure fan is used in conjunction with the water curtain to quickly reduce the temperature inside the greenhouse through the principle of water curtain evaporation cooling and fan exhaust, making it suitable for large greenhouses in hot climates.
Heating function:
Heating system: Using gas, electricity, or biomass as energy sources, the interior of the greenhouse is heated through a hot blast stove, radiator, or underfloor heating pipeline to ensure a suitable temperature during winter or cold seasons. The heating system can effectively protect crops from low-temperature freezing damage.
Irrigation function:
Intelligent irrigation system: Multiple irrigation methods such as drip irrigation, micro spraying, and sprinkler irrigation are configured according to the planting method and water demand of crops. Intelligent irrigation systems can achieve automated control, effectively save water, ensure uniform water supply for plants, and improve production efficiency.
By selecting and matching these materials and functional systems reasonably, the greenhouse can provide the best growth environment for various crops under different environmental conditions, achieving efficient and energy-saving planting effects.
2. Intelligent management
The intelligent management system we designed for the greenhouse achieves efficient and precise environmental control and management through advanced technological means, which can significantly improve planting efficiency and reduce operating costs. The following are the specific advantages of intelligent greenhouse management:
● Real time data monitoring
Real time data acquisition: Through an intelligent sensor system, multiple environmental parameters such as temperature, humidity, light intensity, and carbon dioxide concentration in the greenhouse are monitored in real time to ensure that the crop growth environment is always in the best condition. Real time monitoring data enables managers to adjust environmental conditions in a timely manner, reduce the frequency of manual inspections, and significantly improve management efficiency.
● Historical data analysis
Trend analysis and optimization: The system automatically records environmental changes and crop growth in the greenhouse, and generates detailed trend analysis reports. Through in-depth analysis of historical data, managers can understand the impact of environmental changes on crop growth and optimize planting strategies accordingly, such as adjusting irrigation time, fertilizer ratios, etc., to achieve higher yields and quality.
● Intelligent warning system
Risk prevention and control: Based on the comprehensive analysis of real-time and historical data, the intelligent warning system can predict potential problems that may occur in the greenhouse, such as high temperature, insufficient humidity, or pest and disease risks, and issue warnings before problems occur. Managers can receive warning information through mobile phones or computers, take timely measures to avoid damage to crops caused by environmental changes, and ensure the healthy growth of crops.
● User friendly interface
Easy to operate: The intelligent management system is equipped with an intuitive and user-friendly user interface, allowing users to easily operate without the need for professional technical background. Through the mobile app or computer interface, managers can view the operating status and historical records of the greenhouse at any time, and quickly obtain various key data, achieving remote management and control, greatly simplifying the daily management work of the greenhouse.
● Customized solutions
Personalized management: Based on the planting needs of different customers, the intelligent management system can provide customized data solutions to meet the management requirements of different types of greenhouses. Whether it is flower planting, vegetable planting, or fine management of special crops, targeted environmental control plans can be provided through flexible system functions to ensure that crops grow under the most suitable conditions.
● Professional technical support
Full service: During the system usage process, a professional technical team provides customers with comprehensive support, including system installation and debugging, operation training, troubleshooting, and system upgrades. Customers can receive professional assistance at any time when encountering technical problems, ensuring the stable operation of the intelligent management system, thereby making greenhouse management more efficient and stable.
Our greenhouse intelligent management system, through the integration of these functions, can help growers easily control the greenhouse environment, reduce labor costs, improve crop quality and yield, while reducing resource waste, achieving a greener and more sustainable production mode, and providing advanced and efficient management methods for modern agriculture.
If you have more questions about greenhouses, please feel free to have more detailed discussions with us. We are honored to be able to address your concerns and issues.
If you would like to learn more about our tent solutions, you can check the production and quality of the greenhouse, the production and quality of the greenhouse, the service process and after-sales service of the greenhouse.
Intelligent green greenhouse, real-time environmental monitoring, intelligent warning, optimized planting strategy, ensuring that crops are always in the best growth state. Customized solutions, energy-saving and efficiency enhancing, making agriculture smarter and more environmentally friendly!
Post time: Oct-28-2024