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Remote Monitoring of Construction Vehicles

Real-time Mastery of Engineering Vehicle Status, Ensure Safety and Efficiency of Engineering Vehicle Operations

Vehicle Location Monitoring

Operating Status Monitoring

Work Behavior Supervision

Fault Early Warning and Alarm

Fuel Consumption Efficiency Analysis

Remote Dispatching Management

Demand Context

Construction vehicles (such as excavators, loaders, bulldozers, etc.) are widely used in various construction projects. Operating in complex and dynamic environments, traditional management methods struggle to promptly track vehicle locations, operational statuses, and work conditions. Vehicle malfunctions may cause project delays, while non-compliant operations could trigger safety incidents. To enhance construction vehicle management efficiency, ensure operational safety, and safeguard project schedules, a remote monitoring solution for construction vehicles is required.

Solutions

Through WideIOT's vehicle-mounted intelligent gateway, real-time data is collected including vehicle location (via GPS module), operational status parameters (such as engine RPM, oil pressure, coolant temperature, and vehicle speed), and work action data (such as excavator digging depth and angle). This data is transmitted via the gateway to the vehicle management platform. The platform provides real-time tracking of vehicle locations, visually displaying vehicle distribution and travel routes on a map. By monitoring operational parameters, the system issues timely alerts when vehicles exhibit abnormalities or potential malfunctions, providing diagnostic insights and maintenance recommendations. It also supervises whether construction vehicles adhere to operational protocols, such as speeding or improper operation. The platform further offers fuel consumption and efficiency analysis, helping users understand energy usage and operational productivity for optimized scheduling. Users can remotely dispatch and manage vehicles through the platform, including sending task instructions and adjusting travel routes.

Schema Topology

Programme Benefits

Vehicle Location Monitoring

Real-time collect the location information of engineering vehicles, enabling intuitive presentation of the distribution and driving trajectory of engineering vehicles. Managers can quickly locate each engineering vehicle, reasonably plan routes, and improve vehicle utilization rate.

Operating Status Monitoring

Continuously collect multiple operating status parameters of engineering vehicles. Through real-time monitoring of operating status, potential vehicle faults can be detected in advance, avoiding project downtime caused by sudden vehicle failures.

Work Behavior Supervision

Strictly supervise whether the operating behaviors of engineering vehicles are standardized. When irregular behaviors occur, the platform issues an alarm in a timely manner, prompting drivers to correct their behaviors and reducing the risk of safety accidents.

Fault Early Warning and Alarm

When a potential vehicle fault is detected, an alarm is issued promptly. Maintenance personnel can prepare tools and spare parts in advance for quick repairs, reducing vehicle downtime and maintenance costs.

Fuel Consumption Efficiency Analysis

Comprehensive consideration of vehicle operation data, operation duration and other factors to accurately calculate the fuel consumption of engineering vehicles and evaluate their operation efficiency. Further optimize vehicle dispatching and operation processes to reduce operating costs.

Remote Dispatching Management

According to project progress and on-site actual conditions, flexibly send task instructions and adjust driving routes. Improve the flexibility and response speed of project management to ensure the smooth progress of project construction.