The agricultural environment intelligent monitoring system can remotely obtain real-time air temperature and humidity, soil moisture temperature, carbon dioxide concentration, light intensity, and video images of greenhouses and fields. Through model analysis, it can automatically control greenhouse wet curtain fans, sprinkler drip irrigation, internal and external shading, top and side windows, heating and supplementary lighting equipment, etc; Meanwhile, the system can also be accessed through mobile phonesPDAComputers and other information terminals push real-time monitoring and alarm information to managers, achieving greenhouse informationization and intelligent remote management.

Utilizing advanced technologyRFIDThe wireless radio frequency technology realizes the safety and quality traceability system for agricultural products, which can trace detailed information of all links of agricultural products throughout the entire process. Consumers can directly view the information of agricultural product links using mobile terminals, and ensure that in the event of a mass food safety accident, raw materials such as agricultural products can be traced throughout the entire process, fundamentally solving and preventing the occurrence of food safety accidents.

Advanced sensing and wireless transmission technology can collect environmental information of agricultural product storage cold storage through professional equipment, and can remotely and intelligently control cold storage equipment to ensure that the cold storage environment is suitable for the storage of agricultural products, improve product quality, and enhance people's quality of life.

The agricultural product IoT platform deeply integrates environmental monitoring system, product traceability system, and cold storage environmental monitoring system, presenting real-time environmental information of agricultural products to the platform intuitively, and providing a unified platform query interface to know the full process traceability information of products anytime, anywhere; At the same time, the platform gathers professional agricultural experts to quickly and remotely diagnose common crop diseases and other information in the agricultural field, truly achieving the goal of comprehensive perception and intelligent agriculture.

Agricultural IoT Integrated Service Platform-System architecture diagram

The agricultural IoT comprehensive service platform integrates with the intelligent environmental monitoring system of agricultural greenhouses, intelligently extracts the growth environment data of crops, and combines data intelligent analysis to present the trends of various environmental factors of crops, such as air temperature and humidity, soil temperature and humidity, light intensity, carbon dioxide concentration, etcPHValue, etc.

Through the video monitoring module, users can directly view real-time on-site images of the greenhouse, and regularly view growth videos and pictures of key stages of crops through video settings, which can be saved for future comparative analysis of environmental and growth data.

The agricultural product traceability module in the agricultural IoT comprehensive service platform is a statistical entry point for end users to query the full traceability information of agricultural products through the platform. Users can view detailed information on various important links of agricultural products from growth to sales by entering barcodes or agricultural product safety codes.

The cold storage environment monitoring module allows users to intuitively see the environmental information of each cold storage, including environmental parameter values such as air temperature and humidity, and can be directly controlled remotely.

The remote diagnosis function of agricultural experts is closely integrated with agricultural greenhouse environmental data and video information, allowing agricultural experts to remotely diagnose the cause of the disease through environmental data and video information, preventing the occurrence of large-scale crop pests and diseases, making the platform an important information portal and command and dispatch center for customers and other regulatory departments.

System features and advantages:

(1) The software system is based on Wenlang RunchengMature objectInternet universal platformThe system runs stably and reliably, with excellent performance. By adopting the cloud computing SAAS model, customers do not need to set up dedicated servers and network systems, saving investment and making software system deployment and maintenance simple.

(2)Integrated video surveillance functionSeamless integration of video and environmental monitoring, achieving true visual monitoring management.

(3)highly integratedThe front-end monitoring equipment adopts the integrated greenhouse intelligent monitoring terminal independently developed by Wenlang Runcheng, with high integration, no need for special installation, plug and play, and easy maintenance in the later stage.

(4)High hardware reliability, Front end equipment with a protection level of IP66 or above, dustproof and waterproof, can be installed outdoors, and is suitable for harsh environments such as rainy and humid weather.
(5)Complete software system functionsSpecially customized system interface for agricultural customers, user-friendly and easy to operate. Integrated video surveillance function enables convenient remote visual management.
(6)Good compatibilityBy configuring, customers can connect their existing collection and control devices from different manufacturers and brands. Flexible configuration functions can meet the personalized needs of different customers.
(7)Support access from various terminals such as computers, mobile phones, pads, etcProvide smartphone client software that can monitor greenhouse environments anytime and anywhere. integrationWeChat, mobile SMSThrough various display and interaction methods, information transmission is timely and convenient.
(8) Supporting facilitiesAgricultural knowledge base, agricultural product traceability systemWaiting for additional features.
(9)Good system scalabilitySupport secondary development and can be deeply integrated with other existing information systems of customers.