Deformation Monitoring
GNSS based monitoring system
The GNSS based monitoring system is widely applied in the fields of landslide geological hazard monitoring, dam deformation monitoring, mining area surface subsidence monitoring, tailings reservoir deformation monitoring, bridge deformation monitoring and high-rise building deformation monitoring and other fields with potential safety hazards.
Deformation Monitoring
GNSS based monitoring system
The GNSS based monitoring system is widely applied in the fields of landslide geological hazard monitoring, dam deformation monitoring, mining area surface subsidence monitoring, tailings reservoir deformation monitoring, bridge deformation monitoring and high-rise building deformation monitoring and other fields with potential safety hazards.
System Architecture
System Characteristics
Millimeter-level accuracy
The platform solves the data with stability, high precision and small error.
High real-time
Rich forms of alarm
The early warning release method is flexible, and the early warning is sent and received by email, SMS, WeChat, etc.
Long-range control & management
Support remote devices on the platform to restart, set, upgrade and other operations.
High-performance antenna
All weather operation
In severe weather such as thunder and rainstorm, it can run stably and has strong lightning protection and anti-interference performance.
Millimeter-level accuracy
The platform solves the data with stability, high precision and small error.
Long-range control & management
Support remote devices on the platform to restart, set, upgrade and other operations.
High real-time
Real-time data collection, with deformation monitoring results output every 4 hours. The system can be switched to a fast mode, outputting monitoring results every 0.5 hours.
High-performance antenna
Features an internally integrated, self-developed, high-performance antenna with choke shorting columns and vertical choke plates, effectively suppressing multipath signals and improve the measurement accuracy of the antenna.
Rich forms of alarm
The early warning release method is flexible, and the early warning is sent and received by email, SMS, WeChat, etc.
All weather operation
In severe weather such as thunder and rainstorm, it can run stably and has strong lightning protection and anti-interference performance.
Solution Schematic Diagram
Back-end Calculation Solution
Front-end Calculation Solution
Application Area
Automatic Monitoring of Geological Hazards
Safety Monitoring of Water Conservancy Dam
Safety Monitoring of Slopes Along Highways
Mine Safety Monitoring
Bridge Structure Monitoring
