Elementor #4407 - Geek New Farmer

Application of Intelligent Ring Control System in Breeding and Nursery Processes

With the continuous development of agricultural science and technology, intelligent environmental control system is more and more widely used in the field of seedling breeding. The system provides more scientific and efficient conditions for seedling breeding by precisely regulating environmental factors such as temperature, humidity and light. In this paper, we will discuss the specific application of intelligent environmental control system in the process of seedling nursery, and analyze the advantages and economic benefits it brings by combining actual data and literature sources.

I. Overview of the application of intelligent ring control system in seedling breeding and nursery

Seedling breeding is an important part of agricultural production and one of the key factors in determining crop yield and quality. Traditional seedling breeding is often affected by environmental factors, resulting in uneven seedling growth, quality instability and other problems. The application of intelligent environmental control system can provide more accurate environmental control for seedling breeding and seedling raising, and improve seedling quality and yield.

II. Temperature regulation

Temperature is one of the most important factors affecting seedling production. Suitable temperature conditions can promote seed germination and seedling growth. Intelligent ring control system can monitor and control the temperature in the greenhouse in real time through temperature sensors and heating and cooling equipment to ensure that the temperature fluctuates within a suitable range. For example, in vegetable nursery, the temperature in the greenhouse needs to be maintained at about 20-25℃ to ensure the normal growth of seedlings. Through the application of intelligent ring control system, the temperature fluctuation range inside the greenhouse is reduced by 5℃, which significantly improves the stability of the temperature and facilitates the growth and development of seedlings.

III. Humidity regulation

Moisture is another important factor affecting seedling establishment. Suitable humidity conditions can keep the soil moist and promote seed germination and seedling growth. Intelligent loop control systems can precisely control soil moisture through moisture sensors and irrigation equipment. According to the demand and growth stage of the crop, the system can automatically adjust the irrigation water volume and frequency to keep the soil moisture within the appropriate range. For example, in vegetable nursery, soil humidity needs to be maintained at about 60-80% to ensure normal growth of seedlings. Through the application of the intelligent ring control system, the range of soil humidity fluctuation is reduced by 10%, which significantly improves the stability of humidity and facilitates the growth and development of seedlings.

IV. Light regulation

Light is one of the important factors affecting seedling breeding. Suitable light conditions can promote seed germination and seedling photosynthesis. Intelligent ring control system provides the best light conditions for seedlings by regulating the light intensity and time in the greenhouse. Depending on the needs and growth stage of the crop, the system can simulate natural light or provide artificial light to meet the photosynthetic needs of the seedlings. Through precise light regulation, the growth rate and yield quality of seedlings can be effectively improved. For example, in flower nursery, appropriate light intensity and time can promote bud differentiation and flowering, and improve flower quality and market value.

V. Environmental monitoring and adjustment

Real-time monitoring and adjustment function is one of the core advantages of intelligent environmental control system. Through real-time monitoring of environmental parameters and crop growth in the greenhouse, the system can analyze the growth of crops and environmental trends according to the analysis 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 used through cell phones, computers and other terminal equipment to remotely monitor the environment inside the greenhouse to take timely measures to adjust the real-time monitoring and adjustment function helps to ensure the best 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. According to the experimental data show that the stability of crop growth conditions after the use of real-time monitoring and adjustment function increased 20% yield and quality has also been significantly improved.

In summary, the intelligent environmental control system has significant advantages in the seedling breeding process by precisely regulating various environmental factors to provide the best growing conditions for seedling breeding to improve its yield and quality, while the real-time monitoring and adjustment function can ensure the best conditions for crop growth to reduce the production risk. Therefore, it is recommended that the farmers and enterprises actively adopt the intelligent environmental control system for seedling breeding in order to improve the economic benefit and market. Competitiveness