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The substantial advantages of intelligent greenhouse control systems and traditional greenhouse cultivation?

The substantial advantages of intelligent greenhouse control systems and traditional greenhouse cultivation?

(Summary description)The application of greenhouses can not only provide a good growth environment for crops, but also create conditions for the production of off-season fruits and vegetables. However, many people must know that in traditional greenhouse planting, the cost of planting management is high, and it takes less time to achieve the desired results.

The substantial advantages of intelligent greenhouse control systems and traditional greenhouse cultivation?

(Summary description)The application of greenhouses can not only provide a good growth environment for crops, but also create conditions for the production of off-season fruits and vegetables. However, many people must know that in traditional greenhouse planting, the cost of planting management is high, and it takes less time to achieve the desired results.

Information

The application of greenhouses can not only provide a good growth environment for crops, but also create conditions for the production of off-season fruits and vegetables. However, many people must know that in traditional greenhouse planting, the cost of planting management is high, and it takes less time to achieve the desired results .

In fact, the traditional irrigation and fertilization work often relies on personal planting experience. Farmers feel that the greenhouse needs watering and fertilization, and they begin to fertilize the greenhouse. There are also regular rules, such as fertilization and irrigation during the sowing season. In the later period, the issue of irrigation and fertilization need not be considered. However, traditional irrigation and fertilization will have untimely and unreasonable conditions. The intelligent greenhouse control system determines the irrigation and fertilization through sensors. The irrigation aspect can be controlled by the soil moisture sensor. The soil moisture content is monitored in real time, and the irrigation is controlled through the monitoring of the soil moisture. When the soil moisture is below the standard, the system can automatically turn on the irrigation system. When the soil moisture reaches the standard, the system will automatically turn off the irrigation system. The same applies to the control of fertilization. Fertilization is controlled by the data of soil nutrient sensors. With such data support, fertilization and irrigation are more reasonable.

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