Greenhouse Environment Intelligent Monitoring System

Real-time remote access to air temperature, humidity, soil moisture, carbon dioxide, light intensity, and video images inside greenhouses. Through model analysis, remote or automatic control of wet curtain blower, spray drip irrigation, internal and external shading, top window side windows, plus Warm-up light and other equipment ensure that the environment in the greenhouse is most suitable for crop growth, and create conditions for high yield, high quality, high efficiency, ecological and safety of the crop. At the same time, the system can also push real-time monitoring information, warning information, and agricultural technology knowledge to farmers through information terminals such as mobile phones, PDAs, and computers to achieve intensive and networked remote management of greenhouses, and give full play to the technology of Internet of Things technology in agricultural facilities. The role of This system is suitable for various types of solar greenhouses, multi-span greenhouses, and intelligent greenhouses.

System composition The system includes:

Sensor terminals, communication terminals, wireless sensor networks, control terminals, monitoring centers, and application software platforms.
(1) Sensing terminal Greenhouse greenhouse environment information sensing unit consists of wireless acquisition terminals and various environmental information sensors. The environmental information sensor monitors environmental parameters such as air temperature and humidity, soil moisture temperature, light intensity, and carbon dioxide concentration. The wireless acquisition terminal transmits the collected data to the monitoring center in GPRS mode to guide production.
(2) Construction of communication terminals and sensor networks The greenhouse wireless sensor communication network mainly consists of the following two parts: the construction of self-organizing networks between the sensing nodes in greenhouses; the construction of communication networks in greenhouses, greenhouses and farm monitoring centers. . The former mainly implements the acquisition of sensor data and the data exchange between the sensor and the execution controller. Greenhouse greenhouse environmental information will be monitored at the monitoring center through the communication networks of greenhouses, greenhouses, and farm monitoring centers through the internal self-organizing network at the relay nodes.
(3) The control terminal's greenhouse intelligent environmental control unit consists of a measurement and control module, a solenoid valve, a distribution control cabinet and installation accessories, and is connected to the management and monitoring center through the GPRS module. According to the greenhouse air temperature and humidity, soil temperature, moisture, light intensity and carbon dioxide concentration and other parameters, the environmental control equipment to control, including internal shading, external shading, fans, wet curtain pumps, top ventilation, solenoid valves and other equipment.
(4) Video surveillance system as an effective complement to data information, based on network technology and video signal transmission technology, conducts all-weather video surveillance on the crop growth status in greenhouses. The system consists of a network-based video server and a high-resolution camera. The network-based video server is mainly used to provide conversion and transmission of video signals and to implement remote network video services. In the existing Internet, as long as the Internet can be accessed on the basis of user permissions for remote image access, multi-point, online, and convenient monitoring methods.
(5) Monitoring Center The monitoring center consists of a server, a multi-service integrated optical transceiver, a large-screen display system, a UPS, and supporting network equipment. It is the core of the entire system. The purpose of the Construction Management Monitoring Center is to provide information management and demonstration of the entire demonstration park.
(6) The application software platform can centrally store, process and excavate the basic data of various sensing devices such as soil information sensing equipment, air environment monitoring and sensing equipment, external weather sensing equipment, and video information sensing equipment through the application software platform. Intelligent control of the software is controlled to form effective instructions, and the microclimate environment within the facility is regulated by the sound and light alarm guidance management personnel or the direct control of the implementing agency to provide an excellent growth environment for crop growth.

KZWS/F Series duct temperature and humidity transmitters:

Features and innovation advanced:

The sensors, communication technologies and software platforms used are all at the leading level in China.
Reliability: The system's hardware and software have a lot of practical applications and rigorous testing, with good reliability.
Ease of use: The hardware equipment is easy to install and maintain. The software platform is user-friendly, easy to operate, easy to learn and use.
Extensibility: The software and hardware adopt a modular design, which can expand the structure and the standardized module structure, and facilitate the system to adapt to the monitoring system with different specifications and functional requirements.

Typical Case

Tianjin Smart Greenhouse Demonstration Project Dongying High-Efficiency Agricultural Demonstration Zone Smart Greenhouse Project Yantai Vegetable Greenhouse Remote Monitoring System Yixing Flower Gardening Smart Greenhouse Demonstration Project Yunnan Jinyuan Flower Greenhouse Internet of Things Project