Tower Monitoring Solution - Jiangsu Kibo Spatial Information Technology Co.

Tower monitoring

System Advantages

shot

A single map showing the list of items globally, location, warnings, weather and other key information

Live View 3D Visualization

Realistic three-dimensional base map 360 degrees All-round display of monitoring area conditions

Beidou+Multi-source Sensor

Beidou, geotechnical, hydrological, meteorological, Multi-source sensor fusion

Risk stability analysis

Cumulative value, rate of change, tangent angle Multiple indicators for risk assessment

Short-range heavy rainfall forecast

Based on Beidou water vapor inversion technology Short-range heavy rainfall forecasting

Monitoring elements

Beidou displacement monitoring

Wind speed and direction monitoring

Temperature and humidity monitoring

Tilt monitoring

Tower settlement monitoring

Stress monitoring

video surveillance

Monitoring Principles
Horizontal and vertical monitoring is realized by satellite RTK differential technology with real-time accuracy of centimeter level and post-decompute accuracy of millimeter level.
Monitoring Principles
GNSS All-in-One

Monitoring Principles
Mainly consists of a pole, wind vane, wind cup, wind speed and wind direction sensor, the wind vane pointing that is the direction of the wind, according to the wind cup speed to calculate the wind speed.
Monitoring equipment
Wind speed and direction sensors

Monitoring Principles
Converts temperature and humidity quantities into electrical signals that can be easily measured and processed.
Monitoring equipment
Temperature and humidity sensors

Monitoring Principles
The tilt deformation generated by the structure is transmitted to the tilt sensor via the mounting bracket.
Monitoring equipment
Sensors for inclinometers

Monitoring Principles
Utilizing the principle of connecting liquid, the liquid level of multiple tanks connected together by connecting tubes is always at the agreed level, and by measuring the liquid level heights of different tanks, the relative difference in settling of each static level can be derived after calculation.
Monitoring equipment
static level

Monitoring Principles
A strain gauge is attached to a test object so that it expands and contracts with the strain of the test object, and the metal foil inside expands or shortens in response to the strain.
Monitoring equipment
Surface Stress Gauge

Monitoring Principles
Through the application of video recording, playback, linkage alarm, monitoring strategy formulation and emergency command for remote monitoring objects, it achieves the dual functions of monitoring and communication, and fully meets the needs of remote monitoring and emergency command.
Monitoring equipment
surveillance camera

Monitoring elements

Beidou displacement monitoring

Wind speed and direction monitoring

Temperature and humidity monitoring

Tilt monitoring

Tower settlement monitoring

Stress monitoring

video surveillance

system platform

Risk Analysis Functional Module

Short-range weather warning function module

Project Cases

High-speed rail communication base station tower automation monitoring

Project BackgroundHigh-speed railway communication base station tower is an important hub of high-speed railway communication network security, which is of great significance and value in the field of high-speed railway. It is difficult for traditional monitoring methods to carry out all-weather automatic monitoring of the displacement of communication towers and the surrounding climate environment, and the put into use of "Automatic Monitoring and Early Warning System for Safe Operation of High-speed Railway Communication Base Station Towers" greatly guarantees the normal operation of high-speed railways.
Project Location: Zhejiang Qingtian High Speed Railway Station
Project period: January 2017-January 2020
Monitoring elements: 1 continuously operating reference station, 2 real-time monitoring stations, 1 real-time meteorological station

State Grid Transmission Line Tower Deformation Monitoring

Project Background: The tower of 220KV Miaozhao 4847 line 35# in Chaohu City, Hefei is located in a landslide area, and transmission line towers are susceptible to tilting, settling or falling under the influence of geological conditions. Once the tower falls, it will cause the transmission line to stop running and the power supply performance to be impaired, and in serious cases, it will even jeopardize the stability of the power grid, resulting in large-scale and long-time power outages. The implementation of the Beidou automated monitoring system for this tower is conducive to timely notification of the tower deformation status.
Project Location: Chaohu City, Hefei City, Anhui Province, China
Project period: April 2020 to present
Monitoring elements: 1 Beidou GNSS reference station, 1 Beidou GNSS surface displacement monitoring station

South Grid transmission line tower deformation monitoring

Project Background: Yunnan 500KV Xiao Chu B line 075 and 076 tower transmission pole tower is located in Yunnan Dali Bai Autonomous Prefecture, 075 tower in the pressure deformation and torsion of the combined force of the combined strain impact, has occurred a slight distortion, a serious threat to the surrounding villages of people's lives and property safety. The establishment of a set of transmission tower attitude safety monitoring and warning system for tower 075 and tower 076 respectively will greatly ensure the safety and stability of the people and facilities in the region.
Project location: Dali Bai Autonomous Prefecture, Yunnan
Project cycle: September 2020
Monitoring elements:: 1 Beidou GNSS reference station, 2 Beidou GNSS surface displacement monitoring stations, 1 meteorological monitoring station