OFweek Internet of Things: In China, the agricultural Internet of Things has been gradually developed into a new model of agricultural planting. Agricultural cultivation in all regions is centered around the Agricultural Internet of Things. So what are the solutions to modern intelligent agriculture based on agricultural Internet of Things Technical characteristics of it?

IOT wisdom agriculture greenhouse environmental monitoring which technology?

First, the monitoring system

Based on XL.SN Wireless Sensing Network, Shenzhen Xinli Intelligent Agriculture IOT greenhouses environmental monitoring solution can wirelessly collect and monitor plant growth environment information such as monitoring soil moisture, soil temperature, air temperature, air humidity, light intensity, vegetation Nutrient content and other parameters. (Other parameters can also be optional, such as soil pH, conductivity, etc.) Information collection, is responsible for receiving data from the wireless sensor aggregation node, storage, display and data management, to achieve all the base test point information Obtain, manage, display and analyze the data in an intuitive chart and curve display to the user. Based on the feedback of the above information, the agricultural park will automatically irrigate, automatically cool down, automatically roll the mold, automatically fertilize the liquid fertilizer, automatically Spraying and other automatic control.

In the agricultural park to achieve automatic detection and control of information, equipped with wireless sensor nodes, solar power supply system, information collection and information routing equipment, equipped with wireless sensor transmission system, each wireless sensor node configuration, each wireless sensor Nodes can monitor soil moisture, soil temperature, air temperature, air humidity, light intensity, plant nutrient content and other parameters. Other parameters can also be optional, such as soil pH, conductivity and so on. Information collection, is responsible for receiving data, storage, display and data management sent by the wireless sensor aggregation node so as to obtain, manage, dynamically display and analyze the information of all the base test points in an intuitive graph and curve manner to the user, And according to the needs of planting crops to provide a variety of sound and light alarm information and SMS alarm information.

Second, real-time image and video surveillance capabilities

The basic concept of agricultural IoT is to realize the relation network between crops and the environment, soil and fertility, and manage the suitable growth environment and fertilizer management of crops through multi-dimensional information and multi-level processing. However, as a person managing agricultural production, mere numerical association of objects does not completely create the conditions for crop growth. Video and image surveillance provide a more intuitive representation of the relationship between objects and objects. For example: what piece of water, in the IOT data on the single point of view can only see the moisture data is low. To what extent irrigation should not be rigidly based on this data to make decisions. Because of the inhomogeneous agricultural production environment determines the congenital malpractice of access to agricultural information, and it is difficult to make breakthroughs from simple technical means. The reference of video surveillance directly reflects the real-time status of crop production. The introduction of video images and image processing can not only directly reflect the growing status of some crops, but also reflect the overall status of crop growth and nutrition level laterally. As a whole, farmers can be provided with more scientific basis for planting decision-making theory.

Third, economic benefits

IoT smart agriculture solutions need to be refined to specific farms, so more reliable and adaptable, which not only improves the intelligent application, but also saves energy and protects the environment. It can be recycled to reduce costs and improve efficiency. . The specific direction can be integrated into the following aspects:

1, agricultural resources

Land resources, water resources and means of production can be more effectively dispatched by high-energy energy-saving and efficient means.

2, agricultural ecological environment

Making the ecological chain richer, soil, air, water, weather is more suitable for people's production and life.

3, agricultural production process

More intensive, using intelligent equipment, to achieve green health farming.

4, agricultural products and food safety

Can achieve the origin environment, post-natal storage and processing, logistics and transportation, real-time query the entire supply chain.

5, equipment and facilities

Can achieve information sharing, remote diagnosis, service scheduling.

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