2. System Architecture
Intelligent greenhouse control system uses three-tier networking of IOT, it’s divided into perceived control layer, data transport layer and intelligent application layer, combined with video surveillance system for remote monitoring of crop growth, real-time detection of greenhouse environmental parameters and environment adjustment control mechanism.
3. System Functions
■ Simple operation, easy maintenance
■ Stable system and reliable operation
■ Whole system is easy to expand
■ Economic and energy-saving operation, low maintenance costs and high cost effective
■ Able to realize accurate measurements of greenhouse temperature, humidity, carbon dioxide concentration, light intensity and other parameters
■ According to different crop varieties, you can manually / automatically set monitoring range of temperature, humidity, carbon dioxide concentration, light intensity and other parameters
■ You can set the system control state: manual control and automatic control. Under manual control, the system only has a parameter detection and warning function, not control to motors, pumps and other control equipments; under automatic control, the system only has the parameter detection and warning functions, but also automatic control to motors, pumps and other control equipments
■ Inside front-end equipment of intelligent greenhouses can work alone, but also has remote data transmission, storage, networking and other functions
■ Computer in control center via a wired or wireless network can be connected to multiple front-end equipments, and can detect, control the controlled object of these devices.
4. System Features
■ System based on IOT architecture platform, with high flexibility, stable and reliable operation.
■ Integrated greenhouse intelligent monitoring terminal, high integration level, easy to install, easy to maintain.
■ Specifically customized system interface for the agricultural customers, friendly interface, easy to operate.
■ Flexible configuration capabilities, can be maximized to meet the individual needs of different customers.
■ Support for computers, mobile phones and other terminals access, provides intelligent mobile client software, you can monitor the greenhouse environment anywhere.
■ SMS with deep integration, environmental problems will be reminded to the user at the first time to reduce environmental risks to the greatest extent.
■ Good system scalability, support secondary development, can be deeply integrated with a customer's existing information systems.
5. Service System
■ Energy-saving services: Energy-saving design / energy-saving projects
■ Technical support service: System upgrade / system diagnostics / system maintenance
■ Energy monitoring service: Monitoring program design / IOT integration / project implementation