The Grain Science and Technology Exhibition Park is located in Xinzhou City, Shanxi Province, known as the capital of grain production in China. It is jointly built by Shanxi Agricultural University and the Xinzhou Municipal People's Government, covering an area of more than 240 acres. With the characteristic of grain culture, it is an important experimental base for showcasing, promoting, and popularizing new varieties of grain production, smart agricultural technology, and related knowledge of grain production.

In order to better showcase the park's style, vivid system technology, and intelligent agricultural development themes, as well as to provide better display effects for visiting leaders and various groups at all levels, teachers from Shanxi Agricultural University and the Tianzheng High tech Digital Twin System Development Team actively communicated and worked together. In less than 10 days, they completed the cooperation process from system development, deployment, to online launch, effectively ensuring the construction progress of the park.

Digital Twin System of Grain Science and Technology Exhibition Park

1:1Restore the park scene

By utilizing 3D modeling, virtual scene rendering, and other technologies, the real environment can be proportionally restored for planting crops, building roads, signage, streetlights, intelligent devices, etc. within the park. Displaying various crop images, text, and video information in the system screen, and "touring" the entire park in a digital and visual way, has a better display effect.

Rich scene, synchronized display with real scenes

More than ten 3D models of crops have been created in the system, corresponding to the actual distribution of crops in the park, and the model style will change with the growth of crops. Different phenological periods will display corresponding model shapes.

At the same time, the system also integrates rich and diverse scenes and modes such as day, night, rain and snow, bird's-eye view, and sightseeing, allowing the system to simulate the on-site environment more realistically.

Connect with smart device data to achieve remote monitoring and control

Next, we will connect the digital agriculture system that has been built in the park with the digital twin platform to achieve real-time data synchronization. This way, we can view the location, detection data, and operating status of various smart devices within the digital twin system, and even perform remote operation and control. At the same time, the results will also be synchronized in real time to the system, and feedback will be obtained in the digital twin scene, achieving an on-site effect.

Project Summary

The agricultural digital twin system combines high-precision digital models with 3D technology to transform real farmland into detailed 3D scenes. Real time monitoring of various key elements in farmland within the system, such as IoT devices, crops, soil, and meteorological data. Through an intuitive, rich, and realistic 3D scene interface, it is possible to clearly understand and remotely control the conditions of farmland, achieve precise decision-making and synchronized operations, and achieve on-site display. Combined with large screen display, it provides a better display experience for people.

Digital twin technology has brought innovative and efficient solutions to agricultural management. Tianzheng High tech has rich project experience, professional digital twin development technology support, and high-quality customer service, providing support for your modernization of agricultural management and display methods.