The TSC Smart Internet of Things crop growth timing capture and analysis system is based on non-contact monitoring of crop plants in the agricultural production process to obtain growth information. It guides farmers to carry out professional and precise production management by analyzing the relationship between image information and field seedling conditions. , can effectively reduce input costs, reduce environmental impact and increase crop yields.

The system uses a starlight-level static shooting camera, which can still produce ideal results in dark or night environments. At the same time, with the intelligent gateway with edge computing independently developed by TSC Smart, it can realize fixed-point and real-time growth capture of crops in fields or greenhouses. The picture information is wirelessly transmitted to the smart agricultural cloud platform designated by the user. Combined with cloud big data analysis, the user can instantly It can realize remote and real-time control of field crop and seedling condition information and refined production management.

System Features

Using starlight camera:

The night vision distance can easily reach 500 meters when there is light, and can reach 20 to 25 meters when there is no light source in the wild. Multiple image resolutions are supported, and special resolutions can be customized.

GPRSGPRS remote wireless communication:

Picture information is uploaded to the user system platform in real time, and the uploaded picture size and upload interval can be configured remotely.

Multi-channel data transmission to ensure the stability and reliability of data transmission:

Supports data being sent to up to 5 different centers at the same time.

Stable performance and strong control ability:

Extremely low power consumption and failure rate, suitable for long-term use in outdoor environments.

Complete cloud platform function configuration:

TSC Intelligent IoT Cloud Platform can view the real-time location of the device, upload picture information, historical data, etc., and remotely configure the device according to different growing seasons of crops.