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With the increasing contradiction between population growth and arable land reduction, China, as a large population country, needs to not only adopt more scientific and effective methods to improve agricultural production, but also control and assess environmental pollution and food safety in agricultural production process. China and Europe will invest 10 billion yuan in intelligent health management of agricultural process to solve the needs。 Facing the broad prospect market of intelligent agriculture, MST will combine the advantages of microsystems technology in the direction of intelligent sensors, and strive to develop the market. At present, many projects have been carried out, such as wireless Internet of things intelligent monitoring system for greenhouse environment, intelligent pipe gallery system, intelligent agricultural warehouse environment monitoring system, intelligent breeding environment monitoring system, etc., which need low-cost wireless collection and access solutions independent of telecom operators to improve the competitiveness of intelligent agricultural projects, so as to quickly occupy the vast majority of Market share.

1.  Wireless Internet of things intelligent monitoring system for greenhouse environment

 

introduction

According to the monitoring data of temperature and humidity, wind, soil moisture, illumination, photosynthetic efficiency, carbon dioxide and sunlight inside and outside the greenhouse, the main system can automatically control the greenhouse wet curtain fan, spray drip irrigation, internal and external sunshade, top window and side window, heating and light supplement equipment in real time. So as to achieve the intelligent management of greenhouse agricultural planting, improve the output and save the management cost.

Scheme composition

1. The system adopts advanced computer technology, microprocessor control technology, communication technology, intelligent sensor technology and artificial intelligence technology to realize the intellectualization of greenhouse planting industry.

2. The system consists of a host and multiple multi-purpose IOT intelligent central controllers to form a master-slave distribution structure; a host can coordinate management of up to 65535 wireless IOT intelligent controllers.

3. Central controller and wireless IOT intelligent controller integrate data collection, transmission, analysis, judgment and drive control. They can work independently or in network. They have Lora wireless routing, plug and play ad hoc network communication functions, and can also realize remote control and management of greenhouse environment.

2. Smart pipe gallery system

 

introduction

Based on the monitoring of environmental factors, according to the specific needs of monitoring, a variety of types of sensors are installed at appropriate locations. The sensors are high-level waterproof equipment. The power supply of the equipment is 220 V mains power supply, the cable is waterproof cable, and the data transmission mode is wireless (an independent ZigBee wireless sensor network is built in each area) for data access. The safety management of the access to the pipe gallery is carried out, and the visual management of the pipe gallery is realized by using the electronic map function of the software platform.

Scheme composition

1. The city pipe network monitoring system based on ZigBee technology and wireless sensor network is adopted;

2. High reliability, high waterproof grade sensor is adopted to realize long-term and effective monitoring.

3. Wireless transmission network: GPRS is bound with ZigBee coordinator node, ZigBee module uploads data to Internet network. Upload the data to the monitoring center computer through the Internet network. The control center obtains the relevant information of the site through the Internet network to realize the real-time monitoring of the site.

3. Intelligent environmental monitoring system for agricultural warehouse

 

introduction

The temperature and humidity sensors are arranged at the appropriate location of the warehouse, which can measure the temperature and humidity of all parts of the warehouse in real time and transmit them to the monitoring room in time. The measurement data can be displayed on the computer screen of the monitoring room in real time. The monitoring system combines the existing gas sensor monitoring device, fire alarm device and video anti-theft device, so as to realize the monitoring of the ambient temperature and humidity and the ease of detection in the room The system functions of gas burning, illegal intrusion alarm and so on can form a comprehensive warehouse environmental safety monitoring system, which can effectively guarantee production safety.

Scheme composition

1. The system adopts advanced computer technology, microprocessor control technology, communication technology, intelligent sensor technology and artificial intelligence technology to realize the intelligent management of warehouse storage.

2. The central controller and wireless IOT intelligent controller integrate data collection, transmission, analysis, judgment and drive control. They can work independently or in a network. With Lora wireless routing, they can control and manage the warehouse environment remotely.

4. Intelligent breeding

introduction

At present, many developed countries in the world have highly developed aquaculture. The aquaculture industry in these developed countries is characterized by high technology, low labor, high production capacity and low consumption. Among them, high-tech technology has become a key indicator of modern farms.

However, with the continuous progress of science and technology, especially the Internet of things system based on ZigBee / smartroom wireless technology, the technical system of aquaculture has made a revolutionary breakthrough. By using various sensor equipment, Lora wireless network transmission, intelligent control and other Internet of things technologies, real-time monitoring of environmental temperature, humidity, air pressure and other parameters, the start and stop of the aerator can be controlled remotely, and the on-site situation can be understood through FMCW wireless detection radar and video monitoring, so as to improve the cultivation output and safety monitoring capacity of the farm.

Scheme composition

1. The system adopts advanced computer technology, microprocessor control technology, communication technology, intelligent sensor technology and artificial intelligence technology to realize the intelligence of breeding industry.

2. The system consists of a host and multiple multi-purpose IOT intelligent central controllers to form a master-slave distribution structure; a host can coordinate and manage multiple wireless IOT intelligent controllers.

3. The central controller and wireless IOT intelligent controller integrate data collection, transmission, analysis, judgment and drive control. They can work independently or in a network. They have Lora wireless routing, plug and play ad hoc network communication functions, and can also control and manage the breeding environment remotely.

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