I. Introduction
In the field of agriculture, we actively advocate the comprehensive application of modern agricultural information technologies such as the new generation of Internet of Things, cloud computing, and big data to meet the needs and planning of different projects. We take crop precision cultivation token fusion system as the core, promote the scale, intensification, standardization and industrialization development of agriculture, adopt a combination of "online+offline" mode, fully utilize existing infrastructure and equipment, and orderly promote the application of facility greenhouse digital agriculture technology. We have achieved intelligent perception, warning, decision-making, and analysis of the entire mushroom production environment in the park by embedding data models and comprehensively analyzing the data collected by environmental sensors deployed on site. This provides precise planting, visual management, and intelligent decision-making for mushroom production, as well as data support for production monitoring, process control, yield prediction, quality and safety, and social services.
2, System architecture
Our system adopts the following key technologies and components to build a comprehensive digital agricultural management system:
1. 5G private network service:achieves full coverage of 4G and 5G networks, ensuring data transmission speed and reliability.
2. Integrated Control Cloud Platform for Digital Production in the Park:Through this platform, we have achieved comprehensive analysis of various environmental data, including soil moisture, temperature, conductivity, air temperature and humidity, light intensity, atmospheric pressure, photosynthetic radiation, pH, CO2, etc. This platform is embedded with crop growth models and supports remote monitoring, automatic control, and management.
3. Data visualization display and data analysis storage:Our system has data analysis capabilities, allowing users to view multi-dimensional and visualized analysis results of various environmental data in real time for decision analysis.
4. Intelligent Control of Equipment:Through a wireless transmission platform, we have achieved remote automatic control, conditional control, and intelligent control of various agricultural equipment.
5. Warning Reminder:Our system has a warning function, which can send warning information to users in various ways, including the system platform and mobile applications.
6. Image Display:We use real-time video monitoring and image display functions to monitor the park in real time, including crop growth, pests and diseases, and disaster situations.
7. Customized Interactive Interface Development for the Park:We have developed a customized interactive interface based on the terrain and topography of the park, providing an intuitive and interactive management system.
8. Digital model of mushroom room environmental control:We have established a digital model to achieve precise control of the bacterial room environment, improving production efficiency and yield.
3, Construction content
1. 5G private network services:Construct a room distribution system in the middle corridor of the mushroom house, with 4 external antennas in each corridor, using 4G and 5G dual-mode networking to ensure faster data transmission speed.
2. Comprehensive control cloud platform for digital production in the park:The platform conducts multi-dimensional comprehensive analysis of data uploaded by sensors, achieving intelligent perception, warning, decision-making, and analysis, providing precise planting, visual management, and intelligent decision support for mushroom production.
3. Data visualization display and data analysis storage:The data analysis function module of the application platform enables multi-dimensional and visual analysis and display of real-time and historical data collected by IoT devices, supporting user decision-making.
4. Intelligent control of devices:Users can log in to the IoT cloud platform management interface at any time through smart terminals such as mobile phones, iPads, or computers to perform remote automatic control, conditional control, and intelligent control of devices.
5. Warning reminder:The system has a warning function, and users can set the warning threshold of sensors and the way to receive warning information, as well as receive real-time warning information through a mobile app, so as to take timely measures.
6. Image display:Through high-definition network ball machines, 24-hour video monitoring of vegetable growth inside the greenhouse can be achieved, and management personnel can watch the situation inside the greenhouse anytime and anywhere through computers.
7. Customized Interactive Interface Development for the Park:A customized interactive interface has been developed based on the terrain and topography of the park. Users can click to view the management status of specific locations, achieving a digital twin mode.
8. Digital model of mushroom room environmental control:Through digital modeling, precise control of parameters such as temperature, humidity, and carbon dioxide content in the bacterial room has been achieved, improving production efficiency and yield.
IV. Summary
Our digital agricultural management system
By integrating modern technology, precise monitoring, intelligent control, and data analysis of agricultural production have been achieved, providing strong support for the modernization of the agricultural industry. This system not only improves agricultural production efficiency, but also provides decision support, which helps optimize resource utilization, reduce costs, and improve output quality.
Leave a Reply