At this year's Two Sessions, developing smart agriculture and vigorously promoting agricultural science and technology innovation have become hot topics of discussion among representatives and committee members, and have also become key contents in this year's "Government Work Report" and the "14th Five-Year Plan". During the "14th Five-Year Plan" period, party committees and governments at all levels must prioritize improving agricultural quality, efficiency and competitiveness, accelerate digital development, comprehensively promote rural revitalization, and build smart agriculture.
Atech combines market demand and utilizes information technology to launch a greenhouse system that gives "smart" wings to agriculture and promotes high-quality and efficient agricultural production.
This system uses sensors such as light, air temperature and humidity, and soil temperature and humidity to sense the greenhouse cultivation environment in real time. It transmits digital signals to the system background through wireless information transmission nodes, and forms a graphical display output after being processed by the server. The system provides various statistical functions and supports data export. When environmental indicators exceed standards, it can automatically turn on and off fans, solenoid valves, sun visors and other equipment to achieve intelligence.
（1）The soil temperature and humidity sensor adopts imported sensor design, which makes the measurement more accurate and reliable; digital linear correction, high precision and high stability; real solar light positioning is adopted to minimize the influence of light source; it can be made into a variety of shapes to meet the needs of different customers.
(2) The air temperature and humidity sensor uses an imported digital temperature and humidity sensor, which has been finely calibrated during production, and the calibration data is stored in the internal memory. The relative humidity and temperature sensor has a digital output and can be fully converted. It does not require a complex verification and calibration process. It is outstanding in terms of measurement accuracy, linearity, repeatability, conversion, consistency, etc. It is suitable for environmental equipment matching, instrument equipment integration, and general environmental testing.
(3) The light sensor is a practical product that uses a highly sensitive photosensitive detector and a high-precision linear amplifier circuit. It has been rigorously tested and accurately produced and has a variety of light measurement ranges and signal output types. The sensor housing adopts a wall-mounted or outdoor radiation shield design. It has a delicate structure and beautiful appearance. It is a light measurement product with a wide range of applications and a very high cost performance.
Through smart hardware, Internet of Things, big data and other technologies, we collect environmental and plant growth databases to provide conditions for intelligent control and creation of growth environments, realize "scientific ecological rotation and intelligent management", and build the soul of smart agricultural greenhouses.
