Agricultural IOT monitoring system

Modern agricultural IOT remote monitoring system, also called agricultural IOT monitoring system, agricultural IOT remote monitoring system, etc., is a solution proposed by NiuBoL to improve the efficiency of modern intensive agricultural production and realize refined, all-round and intelligent management.

I. Modern agricultural IOT remote monitoring system

Modern agricultural IOT remote monitoring system is a series of fully automatic monitoring of irrigation, fertilization, spraying, temperature reduction and light replenishment, etc. after analyzing the collected data, which consists of a central control cabinet and multi-node data collector to form a two-level distributed computer control network with the characteristics of decentralized collection and centralized operation management. Through the sensor real-time collection of temperature, humidity, light and other environmental parameters, and transmitted to each node, the number of each node to achieve communication with the host computer, in the computer software interface can display the value of the collected environmental parameters, data can be set, stored, alarm. Specifically as follows.

The Internet of Things has a wide range of applications in the field of agriculture. We look at different stages of agricultural products production, both from the cultivation stage of planting and harvesting stage, can use the technology of Internet of Things to improve the efficiency of its work and fine management. For example.

(1) In the stage of planting preparation, we can select suitable crops and provide scientific planting information and its data experience by arranging many sensors in the greenhouse to collect soil information in real time under the current state.

(2) In the planting and cultivation stage, real-time information collection of temperature, humidity, CO2, etc. can be carried out by means of IOT technology, and automatic on-site control can be carried out according to the information collection to achieve the goal of efficient management and real-time monitoring, so as to cope with environmental changes and ensure that plant seedlings grow in a suitable environment. For example, through remote temperature collection, real-time temperature conditions can be understood and then manually or automatically adjusted in the office, without the need for manual implementation of on-site operations, saving a lot of manpower.

(3) In the crop growth stage, you can use the Internet of Things to monitor the crop growth environment information, nutrient information and crop pests and diseases in real time. Using relevant sensors, accurate and real-time access to soil moisture, environment, temperature and humidity, light and other conditions, through real-time data monitoring and expert experience combined with the control system to regulate the crop growth environment, improve the crop nutrient status, timely detection of crop pest outbreak period, to maintain the appropriate crop growth conditions, the crop growth management and provide scientific data information for agriculture, etc. has a very important role. It plays a very important role in crop growth management and provides scientific data and information for agriculture.

(4) In the harvesting stage of agricultural products, we can also use the information of the Internet of Things to collect all kinds of performance in its transmission stage and use stage, and feedback to the front end, so as to make more accurate calculations in the planting and harvesting stage.

In a word, IOT agricultural intelligent measurement and control system can greatly improve the production management efficiency, saving manual (for example: for large farms, thousands of acres of land if the use of human to water and fertilize, manual heating, manual curtain work, its workload is quite large and difficult to manage, if the application of IOT technology, manual control is only a click of the mouse, before and after just a few seconds, completely replaced the manual (The operation is tedious;), and it is very convenient to provide strong scientific data and theoretical support for research in various fields of agriculture.