In order to realize the dynamic management of engineering vehicles and meet the needs of modern vehicles for safe, efficient, fast and accurate driving, it is of great practical significance to introduce vehicle tracking devices (GPS trackers) into engineering vehicle management. Using the vehicle tracking management system can not only realize vehicle loading and monitoring and scheduling, but also avoid risks such as traffic accidents and ensure the safety of vehicles and personnel.

Vehicle GPS tracking devices have a variety of functions. Here, Jimi’s vehicle tracker is taken as an example. These devices include real-time positioning, unified management, track playback, ACC detection, fuel consumption detection, remote fuel and power cut-off and other functions.

1. Real-time positioning

Real-time positioning can query the specific geographical location of the vehicle, and display the driving information of the vehicle in combination with the electronic map. At the same time, the dynamic data of the vehicle can be tracked, such as driving speed, direction and specific location and other information.

2. Unified management

The unified management function allows one account to manage all engineering vehicles installed with GPS trackers at the same time, which is convenient for quickly locating the vehicles.

3. Track playback

The track playback function of the Jimi&Concox GPS tracker will record all driving routes and speed information within a period of time, and automatically save them on the server. These data will be provided to managers to analyze whether the driver’s work route is reasonable.

4. ACC detection

The ACC detection function can make statistics on the parking time, idling stop and working time respectively, and provide it to the manager for analysis, so as to facilitate the reasonable allocation and use of engineering vehicles.

5. Fuel consumption detection

The fuel consumption detection function can detect the fuel volume and fuel consumption of the vehicle in real time, and generate a mileage and fuel consumption table, so as to make accurate statistics on the driver’s fuel theft behavior, which is convenient for the company to manage the fuel consumption of the vehicle and reduce the company’s vehicle operating costs.

6. Remote oil/power cut off

The remote oil/power cut-off function can remotely send commands through the software system to cut off or connect the oil circuit of the vehicle to stop it from running. At the same time, a recovery command can also be sent remotely to restore the normal startup of the vehicle.

7. Power failure alarm

The Jimi&Concox GPS tracker has a built-in backup battery, and when the main power line is cut off, it will immediately send a power failure alarm message.

8. Electric fence

The fence alarm function allows setting an electronic fence through the system or mobile APP. When the construction vehicle enters or exits this area, it will immediately send a fence alarm message.

Using a GPS tracker can provide real-time location information and vehicle status data, such as vehicle speed, fuel consumption, working hours, etc., which can be viewed and analyzed on the management platform. At the same time, electronic fences and alarm functions can also be set to monitor the safety of vehicles, detect abnormal situations in time, and carry out early warning and processing. These functions help to improve the management efficiency and safety of engineering vehicles, facilitate the deployment and use of vehicles by managers, and reduce the company’s vehicle operating costs.

In the context of the continuous development of current information technology, it is of great significance to apply positioning technology to the innovation of construction machinery, which can effectively improve work efficiency. At the same time, the application of vehicle tracking devices in construction machinery also provides a strong basis for judgment for resale. In the second-hand equipment trading market, GPS technology can provide scientific and reasonable means for equipment evaluation, making the evaluation results more accurate. This can not only reduce the operating costs of enterprises, but also help to promote the healthy development of the construction machinery industry.