Intelligent wireless coverage in agricultural greenhouses

With the continuous and in-depth development of my country‘s automated measurement and control level, sensor measurement technology, and network communication technology, in recent years, the country has called on all provinces, municipalities, and autonomous regions across the country in agricultural industry policies to make full use of current advanced technologies to automate and modernize my country‘s agricultural production. The level is raised to a whole new level.

Program requirements

Economical and energy-saving operation, low maintenance costs

Reduce the number of labor and save labor costs

Realize the transformation of agriculture from the past extensive management to refined management

Improve agricultural management level, production efficiency, and agricultural economic benefits through intelligent supervision

 

An Introduction

The intelligent remote monitoring system solution for agricultural greenhouses can simulate basic ecological environment factors, such as temperature, humidity, light, CO2 concentration, etc., to adapt to the growth and breeding needs of different organisms.

It consists of an intelligent monitoring unit that accurately measures the climate and soil parameters of the greenhouse according to preset parameters, and uses manual and automatic methods to start or close different execution structures (sprinkler irrigation, wet curtain water pumps and fans, ventilation systems, etc.). The data required by the program are real-time data from various sensors collected through wireless terminals, which can provide an ideal growth environment for plants, reduce human labor intensity, improve equipment utilization, improve the greenhouse climate, reduce pests and diseases, Increase crop yields and other effects.

Solution value

Ease of operation: The system software has complete functions, modular and graphical design, and Chinese help throughout the entire process, making the operation simple and convenient.

Practicality: The greenhouse is geographically dispersed, so omnidirectional wireless base stations with wide coverage are used for data transmission. When necessary, high-gain antennas are used to ensure the normal operation of the network.

Easy maintenance: The system can execute corresponding remote operation commands on the monitoring terminal, including remote parameter setting, remote control, remote data collection, monitoring terminal reset, upgrade, etc.

Stability: The equipment adopts industrial-grade design, which is stable and reliable, facilitates long-term upgrades and maintenance, and extends the life of the system; by updating components, the system can continue to exist without paralyzing the entire system, causing a large amount of investment losses.

Real-time: Using the latest communication and software and hardware technologies, a clear and reasonable system architecture has been established, which can realize multi-threaded communication. Within a few seconds, hundreds of monitoring terminals can be transmitted to the monitoring center in real time for execution. Centralized monitoring and remote dispatching enable timely alarm of fault information.