Product Details

Smart greenhouse IOT System uses apps and computer application software, equipped with special cameras and sensor controllers, to achieve real-time monitoring of farmland temperature and humidity, light intensity, soil moisture, carbon dioxide concentration and real-time images. The Internet of Things control system can realize centralized control of natural ventilation systems, indoor shading systems, outdoor shading systems, indoor insulation systems, wind turbine wet curtain cooling systems, etc. The control of smart greenhouses generally consists of three major parts: signal acquisition system, central computer, and control system. Factors such as greenhouse temperature, humidity, light intensity, and soil temperature and moisture content play a key role in the growth of greenhouse crops. The greenhouse automation control system is based on PLC and uses a computer distributed network control structure to automatically adjust and detect parameters such as air temperature, soil temperature, relative humidity, CO2 concentration, soil moisture, light intensity, water flow, pH value, EC value, etc. in the greenhouse in real time, creating the best environment for plant growth and making the environment in the greenhouse close to the ideal value imagined by humans, so as to meet the needs of greenhouse crop growth and development. [2] It is suitable for seedling breeding, high-yield planting, and cultivation of precious and rare flowers to increase the output of greenhouse products and improve labor productivity. It is a successful example of how high-tech achievements serve modern agriculture for large-scale production.

Intelligent systems (IoT) play an increasingly important role in agricultural greenhouses. IoT technology connects sensors, devices and networks to achieve real-time data monitoring, remote control and intelligent decision-making, providing a more efficient and sustainable greenhouse management solution.

The application of IoT technology in agricultural greenhouses can achieve the following functions and advantages:

1. Real-time data monitoring: IoT technology can monitor the environmental parameters in the greenhouse in real time through devices such as temperature sensors, humidity sensors, and light sensors. By collecting, analyzing and displaying these data, farmers can understand the conditions in the greenhouse at any time and take timely measures to regulate them.

2. Remote control and automation: IoT technology allows farmers to remotely control the equipment and systems in the greenhouse through devices such as smartphones and tablets. The irrigation system, ventilation equipment, and lighting control in the greenhouse can be adjusted to achieve automated management and optimize resource utilization.

3. Intelligent decision support: The data collected through IoT technology can be analyzed, modeled and predicted to provide farmers with intelligent decision support. For example, according to the environmental parameters and crop requirements in the greenhouse, the best irrigation time and fertilizer application amount can be predicted to help farmers optimize production plans.

4. Save resources and energy: IoT technology can achieve precise resource management and energy control, and adjust the work of irrigation, heating, lighting and other equipment according to real-time needs. This helps save water resources, reduce energy consumption, and improve production efficiency and economic benefits.

5. Remote monitoring and alarm: IoT technology can realize remote monitoring and alarm functions inside and outside the greenhouse. Through the monitoring system, farmers can get important notifications and alarms in time, such as high temperature, abnormal humidity, etc., so as to take timely measures to avoid plant losses.

In general, IoT technology provides intelligent management and control means for agricultural greenhouses, enabling farmers to monitor, regulate and manage the environment and crop growth in the greenhouse more efficiently. It helps to improve the yield and quality of crops, save resources and energy, and provide farmers with more intelligent decision-making support.