Optimizing AGV Equipment Control Systems in Overseas Ports

Project Overview:

Location: Overseas Port Container Terminal、

Industry: Logistics and Transportation

Technology: Private Wireless LTE-U Network, Industrial Private LTE Terminals

Objective: Enhance operational efficiency through driverless AGV (Automated Guided Vehicle) control systems.

Challenges:

High Reliability and Low Latency: Clients required a communication system that could support real-time operations with minimal delay.

Precision and Efficiency: Needed to improve the speed, control accuracy, and overall operating efficiency of AGV devices.

Scalability: Solution must be scalable for future expansions and additional deployments.

Solution:

Smawave deployed a private wireless LTE-U network integrated with industrial-grade LTE terminals specifically designed for the harsh environments of port container terminals. This setup established robust communication links between the AGVs and the central control system, enabling seamless remote control and automated command execution.

Key Features:

Real-Time Communication: Ensured low-latency data exchange critical for real-time control.

High-Precision Location Tracking: Enabled accurate positioning and navigation within the terminal.

Video Analysis Applications: Supported advanced applications like video analytics for enhanced situational awareness and safety.

Reliable Coverage: Provided comprehensive coverage across the entire facility, ensuring uninterrupted operation.

Results:

The deployment of Smawave’s private network solution led to significant improvements in the factory’s operational efficiency:

Increased Speed and Accuracy: Enhanced AGV performance resulted in faster and more precise movements.

Improved Control Ability: Centralized control facilitated better management and coordination of multiple AGVs.

Enhanced Efficiency: Overall productivity saw a marked increase due to optimized workflows and reduced downtime.

Client Satisfaction and Expansion:

Following the successful deployment of the initial batch of AGVs, client satisfaction was exceptionally high. The improved efficiency prompted the initiation of a second phase, involving the deployment of additional AGVs and expanding the solution to other areas of the factory. This not only met but exceeded the client's expectations, setting the stage for further collaboration and growth.

Conclusion:

By leveraging Smawave’s advanced private LTE-U network technology, the overseas port successfully transformed its AGV control system, achieving higher levels of automation, reliability, and operational efficiency. The scalable nature of this solution positions it well for ongoing expansion and future enhancements in logistics and transportation sectors.