The Advantages, Features, and Main Product Specifications of Drip Irrigation and Agricultural Greenhouse in Irrigation
Advantages of Drip Irrigation
Water and Fertilizer Conservation: By precisely controlling the amount of irrigation and fertilization, it significantly reduces the waste of water resources and fertilizers. Compared with traditional irrigation, water-saving rates can reach 30%-70%, and fertilizer utilization rates can increase by 40%-70%.
Increased Yield and Improved Quality: Ensuring that crops have sufficient nutrients during key growth periods reduces the occurrence of nutrient deficiencies, thereby increasing yield and improving quality. Typically, yields can increase by more than 20%, with larger and more plump fruits and fewer split fruits.
Reduced Environmental Pollution: Quantitative fertilization reduces the deep seepage of chemical fertilizers and groundwater pollution, thereby reducing environmental pollution.
Labor Saving: Automated systems reduce the repetitive labor of manual fertilization and irrigation, especially suitable for large-scale planting.
Improved Crop Growth Environment: Reducing the humidity inside the greenhouse reduces the occurrence of pests and diseases, improves soil physical properties, and enhances soil microbial activity.
Features of Drip Irrigation
Precision Control: By monitoring soil moisture, nutrients, and meteorological data through sensors, it automatically adjusts irrigation and fertilization parameters to reduce human intervention.
Intelligent Management: Combined with the Internet of Things and sensor technology, it realizes intelligent management of irrigation and fertilization, and can be remotely controlled.
Soil Improvement: Avoiding soil compaction caused by traditional flooding irrigation, it maintains soil looseness and improves permeability.
Strong Adaptability: Suitable for various soil types and crop species, whether in arid areas or humid areas, it can be flexibly adjusted according to specific conditions.
Main Product Specifications of Drip Irrigation
Smart Fertigation Machine:
Functional Features: Equipped with intelligent controllers and sensors, it monitors EC & pH data throughout the process and can achieve automatic irrigation and online fertilization regulation for irrigation areas. The formula selection is flexible and the fertilization accuracy is high.
Specification Parameters: A single machine can manage up to 16 irrigation areas for automatic irrigation and fertilization operations, equipped with a touch screen for one-key operation.
Drip Irrigation System:
Dripper Working Pressure: Approximately 1 kg.
Water-saving Effect: More than 50% water-saving compared with traditional flood irrigation.
The Advantages, Features, and Main Product Specifications of Agricultural Greenhouse in Irrigation
Advantages of Agricultural Greenhouse
Precision Irrigation: Through intelligent control systems, it can achieve precise management of irrigation and fertilization according to the actual needs of crops and soil conditions.
Increased Resource Utilization: Reduces water evaporation and seepage losses in the irrigation process, effectively reducing the cost of agricultural production.
Promotes Crop Growth: Provides a more balanced and stable growth environment for crops, which helps to maintain the soil moisture within a suitable range and promotes the development of crop roots and the absorption and utilization of nutrients.
Reduces Environmental Pollution: Reduces the leaching of fertilizers and pesticides, reducing the risk of pollution to soil, water sources, and air.
Saves Labor Costs: The characteristics of automation and intelligence make the agricultural production process more efficient and convenient.
Features of Agricultural Greenhouse
Intelligent Management: Through the Internet of Things, it monitors soil moisture and nutrients in real time, automatically adjusts irrigation parameters, and reduces human intervention.
Humidity Reduction: Reduces humidity inside the greenhouse, reducing the occurrence of pests and diseases, especially suitable for greenhouse environments.
Strong Adaptability: Suitable for a variety of crops and soil types, and can be flexibly adjusted according to specific conditions.
Increased Yield and Income: Crops grow evenly, with a yield increase of 30%-80%, an early market entry of 15-30 days, an extended supply period, and increased income.
Main Product Specifications of Agricultural Greenhouse
Smart Irrigation System:
Functional Features: Equipped with intelligent controllers and sensors, it monitors soil moisture and nutrients throughout the process and can achieve automatic, quantitative irrigation for irrigation areas.
Specification Parameters: A single machine can manage up to 16 irrigation areas for automatic irrigation operations, equipped with a touch screen for one-key operation.
Greenhouse Drip Irrigation System:
Dripper Working Pressure: Approximately 1 kg.
Water-saving Effect: More than 50% water-saving compared with traditional flood irrigation
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Accessibility: Choose a site easily accessible for planting, harvesting, and transporting vegetables. Vegetable Growing Greenhouse providers recommend locations near roads to minimize labor and transport costs.
Aspect: For optimal sunlight exposure, choose an east-west orientation with the longest side facing south. This is especially important for Agricultural Greenhouse providers serving regions with high latitudes, as it maximizes sunlight during shorter winter days, enhancing crop growth.
Temperature Regulation: Through greenhouse technology, heating systems such as hot water pipes and electric heating wires can be used to raise the temperature inside the greenhouse during cold seasons. This allows plants that can only grow in warm areas (such as tomatoes and cucumbers) to be cultivated in the greenhouse, extending their growing cycle and ensuring a stable yield during the cold season.
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Range: Typically maintained between 18°C to 28°C for most crops, but can be adjusted based on specific plant requirements.
In recent years, the agricultural landscape has been revolutionized by the advent of smart glass greenhouses. These cutting-edge structures have garnered widespread attention and application, particularly in the cultivation and nurturing of high-end flowers, fruits, and vegetables. The integration of advanced intelligent control systems has enabled precise regulation of key environmental factors such as temperature, humidity, and lighting. This level of control ensures optimal growing conditions, facilitating year-round production and reaping substantial benefits for farmers.
Water and Fertilizer Conservation: By precisely controlling the amount of irrigation and fertilization, it significantly reduces the waste of water resources and fertilizers. Compared with traditional irrigation, water-saving rates can reach 30%-70%, and fertilizer utilization rates can increase by 40%-70%.
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In the quest for higher efficiency and sustainability in protected agriculture, the application of dissolved CO₂ (water-soluble carbon dioxide) technology has emerged as a transformative solution—especially when integrated into Single Greenhouse systems. This combination offers significant gains in photosynthesis, crop yield, and resource use efficiency.
