Elementor #4154

Application of Intelligent Ring Control System in Tomato Planting

With the continuous progress of agricultural science and technology, the application of intelligentized ring control system in agricultural production is more and more extensive. In this paper, we will combine literature and actual data to discuss the application of intelligent ring control system in tomato planting process and its advantages.

I. Environmental simulation and site selection

Tomato, as a thermophilic crop, has high requirements for the growing environment. According to the literature, suitable environmental conditions for tomato growth include a temperature range of 20-25 degrees Celsius, relative humidity maintained at 60%-70%, annual rainfall of 1000-1500 mm, and soil pH between 6.0 and 7.0. Through the simulation function of the Intelligent Ring Control System, it is possible to find planting sites with similar or better conditions than these, thus improving tomato yield and quality.

II. Temperature control

Temperature is one of the most important factors affecting tomato growth. Studies have shown that within the appropriate temperature range, the growth rate and yield of tomatoes will increase significantly. The Intelligent Ring Control System monitors the temperature in the greenhouse in real time through temperature sensors and automatically adjusts the heating and cooling equipment according to the set temperature range to ensure that the temperature is always kept within the optimal range. For example, when the temperature is above 30 degrees Celsius, the system will automatically activate the cooling equipment; when the temperature is below 15 degrees Celsius, the system will activate the heating equipment. With this precise temperature control, the growth rate and yield of tomatoes can be effectively increased.

III. Light management

Light is the key factor for photosynthesis in tomato. Appropriate light intensity and duration are essential for tomato growth. The Intelligent Ring Control System ensures that tomatoes receive sufficient light at different growth stages through a combination of natural light and artificial supplemental light. According to literature, tomatoes need at least 10 hours of light per day to grow properly. Therefore, in seasons or areas with insufficient light, the system will activate the artificial supplemental light equipment to provide sufficient light to meet the tomato's growth needs.

IV. Humidity regulation and ventilation management

Humidity and ventilation management is also one of the important factors affecting tomato growth. Suitable humidity and ventilation environment can improve the yield and quality of tomato. Intelligent loop control system monitors the humidity level in the greenhouse in real time through humidity sensors and automatically adjusts the irrigation system and ventilation equipment according to the set humidity range. For example, when the humidity is below the appropriate range, the system will automatically start the irrigation system to replenish water; when the humidity is higher than the appropriate range, the system will start the ventilation equipment to remove moisture. At the same time, the ventilation management function of the system can also simulate the air circulation in the natural environment, providing a fresh air environment for tomatoes and reducing the probability of disease occurrence.

V. Water and fertilizer management

Water and fertilizer is one of the important factors affecting tomato growth. Appropriate water and fertilizer supply can improve the yield and quality of tomato. Intelligent ring control system through the humidity sensor and irrigation equipment, can automatically control the irrigation water volume and frequency according to the needs of the crop, to maintain the soil humidity in the appropriate range. At the same time, the system combines formulation management and irrigation equipment to be able to realize precise nutrient supply, providing the right amount of fertilizer and water solution according to the crop's nutritional needs and growth stage. Through precise water and fertilizer management, the growth rate and yield quality of tomatoes can be effectively improved.

VI. Pest control

Pests and diseases are one of the most important factors affecting the growth of tomatoes. Intelligent environmental control system with pest monitoring and control functions by setting up pest monitoring equipment for real-time monitoring of pests in the greenhouse at the same time, the system can also be set according to the control measures automatically start the corresponding control equipment, for example, when the monitoring of pests, the system will automatically spray biopesticides to prevent and control the pests to control the occurrence of diseases and pests and reduce the spread of the economic losses. In addition, the intelligent environmental control system can also record and analyze data of the pest and disease to adjust the control measures in time to improve the effectiveness of control. In addition, the intelligent environmental control system can also record and analyze the pest and disease data in order to adjust the control measures in time to improve the control effect. Through the application of intelligent environmental control system can effectively reduce the impact of pests and diseases on the growth of tomatoes to improve yield and quality.

VII. Real-time monitoring and adjustment

Intelligent environmental control system has a powerful data monitoring and analysis functions through real-time monitoring of environmental parameters and crop growth in the greenhouse system can analyze the growth of crops and environmental trends according to the results of the system automatically adjust the parameters to adapt to the needs of crop growth at the same time, planting staff can also be cell phones, computers and other terminal equipment to remotely monitor the environment inside the greenhouse in a timely manner to take appropriate measures to adjust this real-time monitoring and adjustment functions to help ensure optimal conditions for crop growth to improve yield and quality. This real-time monitoring and adjustment function helps to ensure the best conditions for crop growth and improve yield and quality.

In summary, the intelligent environmental control system plays an important role in the tomato planting process by precisely regulating the temperature, light, humidity, ventilation and other environmental factors, as well as the supply of water and fertilizer and other management measures for the crop to create the most suitable growing environment, thereby improving the growth rate of tomatoes, yield quality and economic benefits in the future of agricultural production, the application of the intelligent environmental control system will be more extensive and in-depth to become one of the important forces to promote the development of modern agriculture. The application of intelligent environmental control system in future agricultural production will be more extensive and in-depth to promote the development of modern agriculture.

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