GNSS Automatic Monitoring Station: Millimeter-Level Real-Time Deformation Monitoring and Disaster Warning Solution

In the field of large-scale infrastructure safety monitoring and geological disaster prevention, traditional monitoring methods are difficult to meet the needs of all-weather, automated, and high-precision displacement tracking. Nexisense GNSS automatic monitoring station is based on Global Navigation Satellite System (GNSS) technology, continuously monitors the displacement of the monitored body in horizontal and vertical directions, and achieves millimeter-level real-time deformation perception through high-precision deformation data processing algorithms, providing reliable prevention and early warning data support for slopes, bridges, dams, tailings ponds and other projects. The system adopts an integrated design, combined with multi-communication methods and low-power supply solutions, to meet the requirements of long-term unattended operation in complex environments, and is widely used in water conservancy, transportation, mining and municipal B2B engineering projects.

Product Overview and Working Principle

GNSS automatic monitoring station is an automated monitoring method for the displacement of the monitored body in horizontal and vertical directions, which can effectively analyze deformation trends and achieve prevention and early warning in advance. The system uses a high-precision GNSS receiver to continuously, automatically and real-time collect satellite signal data, performs high-precision solution through advanced multi-system real-time deformation monitoring algorithms, and uploads the results to the data processing center or Web server via communication link. Users can grasp the instantaneous deformation of the monitored body at any time through computers, mobile phones and other terminals.

The core workflow includes: GNSS receiver receives multi-frequency satellite signals → high-precision RTK solution and deformation algorithm processing → remote data transmission → cloud platform or local system performs trend analysis and threshold alarm. This design effectively makes up for the limitations of traditional manual or single-sensor monitoring and provides millisecond-level response and millimeter-level accuracy.

Product Features and Technical Advantages

Nexisense GNSS automatic monitoring station adopts an integrated structure, which is easy to install and maintain, and can work stably for a long time even in humid, dusty, hot or cold environments. No line-of-sight is required between stations, enabling all-weather real-time automatic monitoring.

Main product features include:

• Integrated design, easy installation, adaptable to harsh environments

• Advanced multi-system real-time deformation monitoring data processing algorithm, ensuring high precision, high reliability, high timeliness and high time resolution

• Flexible setting of data acquisition and processing intervals

• Wide voltage multi-mode power supply, supporting solar charging and mains power switching

• Industrial-grade standard design, protection level IP67

• Integrated power control and solar charging circuit, achieving ultra-low power consumption and long-term monitoring

• Perfect lightning and overvoltage protection and good waterproof sealing

• Supports remote parameter configuration

Technical features prominently support multi-system multi-frequency satellite signal systems (including Beidou-3 new signals), high-quality RTCM3.x raw observation output, millimeter-level GNSS solution accuracy, RTK algorithm, and built-in accelerometer + inclination sensor. In terms of communication, it supports 4G + Wi-Fi, and can be extended to LoRa and NB-IoT to meet the networking needs of different projects.

In terms of physical characteristics, operating temperature -40℃~+85℃, storage temperature the same, operating humidity 95% no condensation, size Φ154×72mm, weight 950g, waterproof level IP67, power consumption less than 1.7W, ensuring reliable operation under extreme conditions.

System Configuration and Technical Parameters

GNSS automatic monitoring station is mainly composed of universal GNSS integrated machine, solar panel, battery, chassis, integrated installation bracket and GNSS solution software. Typical configuration includes ZDHD-GP30 GNSS receiver, 100W solar panel (adjustable or replaced with mains power), 55Ah maintenance-free battery, 12V 20A charging controller, stainless steel galvanized steel pipe bracket (2 meters, adjustable), etc. GNSS solution software can seamlessly connect to professional monitoring automation platforms.

Typical Application Scenarios

Nexisense GNSS automatic monitoring station is widely used in engineering and disaster prevention projects that require high-precision displacement monitoring.

In the field of geological disaster early warning, the system is deployed at key locations of potential landslide bodies or slopes, real-time captures millimeter-level creep trends, and achieves early warning through threshold alarms to assist disaster prevention and mitigation decision-making.

In water conservancy dam safety monitoring, monitoring stations are installed at key sections of the dam body, continuously track horizontal and vertical displacement, and comprehensively evaluate structural stability in combination with seepage pressure and other data.

In transportation infrastructure, it is suitable for health monitoring of bridges, tunnels, and high slopes, timely detecting minor deformations caused by vehicle loads, temperature changes or geological effects, and ensuring operational safety.

In addition, in tailings ponds, mine goafs, urban ground subsidence and large building structure health monitoring scenarios, the system supports distributed multi-point deployment, with data uniformly aggregated to the cloud platform to achieve visual trend analysis and intelligent early warning. In actual projects, similar GNSS monitoring stations have been successfully applied in southwest mountain highway slopes, Yangtze River basin dams and many geological disaster points, significantly improving monitoring coverage and response efficiency.

Selection Guide

To match specific project needs, purchasers can refer to the following selection points:

1. Monitoring accuracy and frequency: Select millimeter-level solution accuracy and appropriate data update rate according to engineering risk level; higher sampling frequency is recommended for high-risk areas.

2. Communication method: Prefer 4G in areas with good signal; extend LoRa or NB-IoT in remote or densely multi-point scenarios; combine with gateway for self-networking.

3. Power supply scheme: Use solar panel + battery combination in areas with sufficient solar energy; switch to hybrid power supply when mains power is available to ensure long-term endurance.

4. Installation environment: Evaluate on-site temperature, humidity, lightning protection needs and bracket height, and select IP67 protection and lightning protection configuration.

5. Platform integration: Confirm docking requirements with existing monitoring automation platforms or SCADA systems, supporting remote parameter configuration and data format adaptation.

Provide project working conditions (monitoring object, environmental conditions, data transmission requirements, number of points, etc.), and the technical team can recommend optimized configuration solutions.

Integration Considerations

The GNSS automatic monitoring station design focuses on engineering integration convenience and supports rapid deployment and system docking.

• Installation points: The integrated bracket is fixed on stable bedrock or structures to ensure open sky view and no obstruction; bracket height and angle are adjusted according to monitoring needs.

• Communication integration: Supports TCP/IP, MQTT, Ntrip and other protocols, and can be directly connected to cloud platforms or local servers. When extending LoRa, a gateway is required to achieve multi-station networking.

• Power management: Solar charging circuit and power controller automatically optimize energy consumption and remotely monitor power status; low-power mode supports ultra-long operation.

• Data processing and alarm: Use built-in algorithms for real-time deformation solution and set multi-level thresholds to achieve automatic alarms. Support local caching during network abnormalities and retransmission after recovery.

• Maintenance suggestions: IP67 protection reduces daily maintenance; regularly check solar panel cleanliness and battery status; remote parameter configuration function reduces on-site intervention frequency.

In complex projects, multi-source data fusion can be achieved by combining InSAR or other sensors to improve monitoring comprehensiveness.

OEM Customization and Batch Supply Advantages

Nexisense provides flexible OEM/ODM cooperation for system integrators, engineering companies and monitoring platforms. The GNSS automatic monitoring station supports customization of communication modules, power supply capacity, bracket specifications, data protocols and brand identification to meet different bidding or project specification requirements.

Batch supply can ensure stable delivery, cost optimization and technical support services. The company has accumulated rich engineering experience in the field of GNSS deformation monitoring and can provide full-process supporting solutions from single-station deployment to large-scale monitoring network construction.

FAQ

Q1. What level of displacement monitoring accuracy does the Nexisense GNSS automatic monitoring station achieve?

The system adopts high-precision RTK algorithm and deformation processing algorithm, which can achieve millimeter-level real-time deformation monitoring and meet the accuracy requirements of most engineering safety and disaster early warning.

Q2. Does the monitoring station support all-weather unattended operation?

Yes, the integrated IP67 protection design combined with solar + battery power supply can work automatically for a long time in humid, dusty, cold or hot environments without frequent on-site maintenance.

Q3. What communication methods are supported? How to integrate with existing monitoring platforms?

Supports 4G, Wi-Fi, and can be extended to LoRa and NB-IoT; data format is compatible with NMEA0183, RTCM3.x and other protocols, which is convenient for access to cloud platforms or SCADA systems.

Q4. How does solar power ensure endurance in cloudy and rainy weather?

Equipped with large-capacity battery and intelligent charging controller, supporting multi-mode power supply switching; low-power design ensures a long monitoring cycle even in continuous rainy days.

Q5. How does the monitoring station achieve millimeter-level deformation warning?

Real-time solution of horizontal and vertical displacement through built-in algorithms, setting multi-level thresholds; when the deformation exceeds the preset value, it automatically triggers an alarm and uploads data.

Q6. What engineering points should be noted when installing GNSS monitoring stations?

Ensure the antenna has an open view with no obstructions; the bracket is firmly fixed to a stable foundation; avoid strong electromagnetic interference sources; perform initial coordinate calibration and communication testing after installation.

Q7. Does it support OEM customization and multi-point networking?

Supports in-depth customization of communication modules, power supply schemes, bracket specifications and protocols; a single system can be extended to multiple monitoring stations, and unified management is achieved through gateways or platforms.

Q8. What is the long-term stability of the product in complex environments such as slopes or dams?

Industrial-grade design, lightning protection and wide temperature operating range ensure long-term reliability; multi-point temperature compensation and algorithm optimization reduce the impact of environmental interference on measurement results.

Summary

Nexisense GNSS automatic monitoring station takes millimeter-level high precision, IP67 integrated protection, low-power multi-mode power supply and flexible communication capabilities as its core advantages, providing an efficient and reliable automated solution for engineering deformation monitoring and geological disaster early warning. Its all-weather real-time monitoring and remote management features effectively reduce operation and maintenance costs and improve risk prevention and control levels. It has been widely verified in actual projects such as bridges, dams and slopes.

As an industrial-grade monitoring sensor and system solution provider, we look forward to in-depth cooperation with system integrators and project purchasers in the fields of water conservancy, transportation, environmental protection and geological disaster prevention to jointly build an intelligent safety monitoring system. If you are planning infrastructure health monitoring or disaster early warning projects, please contact the Nexisense technical team, provide on-site working condition details, and we will provide targeted product configuration, technical solutions and batch cooperation support.