With the development of IoT big data, agriculture enters the information era, and greenhouses pay more and more attention to the collection of agricultural environment information such as internal air temperature and humidity, soil temperature and humidity, CO2 concentration and light. Therefore, IOT technology is introduced into greenhouse greenhouses to achieve efficient and accurate management of greenhouse cultivation. With the use of high-precision sensors to monitor and collect the greenhouse environment and upload it to the cloud, users can realize real-time monitoring and early warning of the crop growth environment through the Seiko Intelligent Cloud Platform, providing data basis for scientific production and planting; at the same time, the internal equipment of greenhouses can be automatically transformed with Seiko Intelligent Control System, and the remote control and system of greenhouses can be realized through the cloud platform. Automation linkage control, significantly improve the efficiency of agricultural production, improve product quality and utilization rate of greenhouses; the establishment of water and fertilizer integration system with the help of cloud platform can realize fine fertilization and irrigation of greenhouses; the installation of high-definition cameras in greenhouses to achieve real-time monitoring of greenhouses can improve the efficiency of management personnel and at the same time can manage greenhouse materials.

System Composition：

（1）Environmental Monitoring System：

Through the Internet of things connected to the sensor of the internal air temperature and humidity, carbon dioxide solubility, light intensity, soil temperature and humidity, soil EC value, soil pH, soil nutrient content, etc. real-time collection, and upload to the cloud platform, the user can through the cell phone terminal app or PC terminal big data platform for real-time view, anomalies in a timely manner alarm.

（2）Equipment Control System：

Using intelligent control system and greenhouse internal equipment such as fan, water curtain, shade motor, film rolling motor, quilt rolling motor, heating motor, solenoid valve door, water pump, water and fertilizer machine, etc. connected, through the cloud platform can realize remote control of these equipment, according to the sensor collection parameters change and crop growth best parameters comparison real-time regulation or automatic control of temperature control system, irrigation system, etc.

（3）Water and fertilizer integration system：

Establish water and fertilizer integration equipment with drip/sprinkler irrigation pipes inside the greenhouse to achieve precise fertilization and irrigation of crops, saving water and fertilizer and reducing energy loss based on parameters such as soil moisture, soil EC value, soil nutrients and air humidity collected by sensors.

（4）Visualization Management System：

The installation of high-definition cameras in the shed to achieve monitoring of the farm, through the cloud platform can achieve 24-hour online supervision of the farm, while facilitating the management personnel is to achieve in the office can be remotely on the scene of personnel, materials, crop management, improve management efficiency.

（5）Intelligent Agriculture Data Center：

Through the centralized data collection and display to the platform. It is convenient for the convenient implementation of work at all levels, while centralized management and agricultural traceability application functions can be realized to ensure control from the source and enhance the implementation of standardization work.