The 2018 Sixth China (Beijing) International Irrigation Technology Expo and the China (Beijing) International Smart Agricultural Equipment and Technology Expo were grandly opened at the Beijing Exhibition Hall from March 26 to 28. As the largest irrigation exhibition in China, this exhibition is hosted by Australia It was co-sponsored and organized by the Irrigation Association, the European Irrigation Association, the Chinese Academy of Agricultural Sciences, the Beijing Rural Work Committee and other organizations, involving a total of 33 countries and regions and more than 35,000 professional audiences.
Beijing TSC Smart Intelligent Technology Co., Ltd., as an exhibitor, was honored to participate in the "Focusing on Silk Road Cooperation and Joining Hands in Reclamation Areas for a Win-win Closed-door Forum". At the meeting, the company's general manager took Smart and agricultural Internet of Things as a foothold and China Taking the future development of smart agriculture in the “Belt and Road” countries as the direction, he shared the analysis of the industry’s prospects, the company’s technological support and the future development direction of the enterprise.
After the meeting, Mr. Gao Fei, the commercial minister of the Israeli Embassy in China, visited the Beijing TSC Smart booth in person to learn more about the "TSC Smart Intelligent Irrigation System", expressed his affirmation and appreciation for the company's products, and discussed the future with the company's general manager. This smart watering system is introduced into Israel’s future planning.
TSC Smart intelligent irrigation system consists of three parts: information perception layer, information transmission layer and information application layer.
Information sensing layer: It is composed of various sensors. Through advanced sensor technology, a variety of parameters that support refined process management can be obtained wirelessly through the Internet of Things, such as soil temperature, humidity, salinity, and crop environment information (air temperature, humidity , wind speed, wind direction, atmospheric pressure, rainfall). At the same time, the system can be connected to water level meters, ultrasonic remote water meters, smart dome cameras and other equipment, allowing users to not only perceive the watering needs, but also have a comprehensive understanding of the watering process.
Information transmission layer: Various types of data obtained by the sensor will be wirelessly transmitted to the smart gateway through the LoRa Internet of Things protocol. The gateway will wirelessly upload the data to the cloud center. The issuance of watering instructions will also be realized through the gateway. The communication between all equipment groups will be Wireless transmission is implemented.
Information application layer: In the information application layer, users can view all data information through the mobile app or computer client, and issue irrigation control instructions to achieve remote, wireless, precise and scientific irrigation.
TSC Smart intelligent irrigation system has the following characteristics:
IoT operating system and transmission protocol with independent intellectual property rights. The independent communication protocol has 8-segment frequency modulation technology to effectively solve the problem of signal anti-interference.
1. Intelligent gateways and wireless sensor nodes with free patented technology and appearance design. The intelligent gateway can automatically switch on and off at regular intervals, and can also set up a linkage mechanism with the sensor.
2. Using Lora technology, low power consumption and long distance transmission, the battery life can be up to 10 years, and the transmission distance can be up to 15KM.
3. Wireless sensor nodes have self-organizing network and self-communication functions. Supports stable wireless transmission in complex terrain and underground spaces.
4. The system adopts a unique method to realize system self-discovery and self-diagnosis of fault sensing nodes.
5. Graphical big data analysis report output, supporting real-time viewing and control on mobile and desktop terminals.
6. Adopt a secure architecture design to ensure system security.
7. Supports the combination of cloud storage and local storage.
8. The system has the functions of cloud computing and fog computing. It can solve the problem of cloud transmission delay or unexpected cloud failure by improving local intelligent processing capabilities.