Solar Power System for Container Tracking Locators at a Major Shipping Company
| Project Name | Solar Power System for Container Tracking Locators at a Major Shipping Company |
| Project Time | 2023 – Present |
| Application Scenarios | Global container transportation tracking, including ocean freight, port container yards, inland transshipment, cold chain monitoring, cargo location tracking, and transport status logging. |
| Core Solution | SQT-1.3W/10AH Locator Power Supply System |
Solution: Overcoming the Power Challenge in Global Logistics
As the scale of global container logistics continues to expand, position tracking and status management of containers across ocean freight, ports, yards, and inland transit have become increasingly critical. Traditional container management relies heavily on manual logging, terminal scanning, and checkpoint confirmations, making it difficult to achieve end-to-end visibility from origin to destination.
For shipping companies, container tracking locators must operate reliably over long periods. During transoceanic voyages, devices often operate without external power sources, in harsh environments, and with minimal maintenance access. Therefore, tracking locators require not only low-power design but also a highly reliable independent power supply system to ensure continuous, long-term operation.
To address this, a well-known shipping company has adopted the SQT-1.3W/10AH Locator Power Supply System for its global container tracking locators. Designed specifically for container logistics, this system combines solar charging with battery energy storage to provide long-term, stable power.
Featuring a 1.3W solar panel and a 10AH battery, the system harnesses natural light to recharge during transit, meeting the continuous power needs of the locator, low-power control modules, communication modules, and sensors. Even during extended ocean voyages, port stays, or yard storage, the system ensures an uninterrupted power supply.
System Configuration: Hardware Specs for Global Tracking
| Configuration Item | Parameter Description |
|---|---|
| Application Scenario | Global container transportation tracking |
| Powered Equipment | Container tracking locators |
| Power Supply Solution | Solar charging + Battery energy storage |
| System Model | SQT-1.3W/10AH |
| Solar Panel Power | 1.3W |
| Battery Capacity | 10AH |
| Operating Mode | Low-power continuous supply |
| Applicable Links | Ocean freight, ports, yards, inland transshipment |
| Project Scale | 6,000 sets shipped monthly |
Project Implementation: Scaling to 6,000 Sets per Month
Since 2023, the shipping company has been procuring this solar power system in bulk, with a monthly shipment volume reaching 6,000 sets. The power supply systems are integrated with the container tracking locators to provide continuous power for global shipping containers.
This system primarily solves the long-term power challenge for container locators. During transoceanic transport, containers are often left unattended for extended periods. Traditional battery solutions suffer from limited capacity, insufficient battery life, and difficult replacement. The SQT-1.3W/10AH system extends the operating time of the locators through solar recharging and energy storage, significantly reducing the costs associated with frequent maintenance and battery replacements.
Solution Advantages: Six Core Benefits for Container Logistics
1. Purpose-Built for Container Logistics
Container transport environments demand a lot from power systems. Equipment must withstand marine environments, yard storage conditions, climate variations, and continuous long-term operation. The SQT-1.3W/10AH system is specifically engineered for this context, perfectly meeting the long-term power requirements of tracking locators.
2. Ultra-Low Power Consumption for Long-Term Tracking
Container tracking locators do not require continuous high-power operation; instead, they prioritize stable, low-power performance. This system’s ultra-low power design minimizes energy consumption while maintaining location, communication, and status data collection capabilities, making it ideal for continuous transport monitoring over several months or longer.
3. Lightweight Design for Mass Deployment
Given the massive volume and wide distribution of containers, device installation must balance size, weight, and stability. The lightweight structure of this power system allows for seamless integration with locators, making it highly suitable for large-scale deployment and batch management by shipping companies.
4. Maintenance-Free Design to Reduce Operational Costs
Maintaining equipment during global transport is highly challenging, especially on transoceanic routes and at overseas ports, where manual replacement and inspection are costly. The solar power system utilizes natural light to replenish energy, minimizing the need for manual charging, battery replacement, and on-site maintenance, thereby lowering overall operational costs.
5. Sustained Power for Transoceanic Voyages
A container’s journey from the port of origin to the destination often involves long ocean voyages, transit stops, and yard dwell times. This system provides continuous power support for tracking locators over several months, helping shipping companies continuously collect data on container location, transport status, and cargo information.
6. Enhanced End-to-End Visibility
With a stable power supply, container tracking locators can continuously upload location data. This helps shipping companies monitor cargo routes, receive alerts for abnormal statuses, manage in-transit goods, and predict arrival times, significantly boosting end-to-end visibility.
Project Value: Proven Commercial Scalability
The implementation of this project has effectively solved the issues of short battery life, high maintenance costs, and discontinuous tracking in global container transport. By combining solar recharging with battery energy storage, the system provides long-term, stable power, improving both container transport management efficiency and cargo visibility.
The project’s bulk procurement and monthly volume of 6,000 sets also demonstrate the system’s mature commercial viability, proving it can meet the global container management demands of major shipping companies. For ocean freight logistics, container tracking, port yard management, and cross-border transport monitoring, this solar power solution holds immense application value.
Summary
The container tracking locator power system project for a major shipping company utilizes the SQT-1.3W/10AH system to provide long-term, stable power for global container tracking. Featuring ultra-low power consumption, a lightweight structure, maintenance-free operation, and suitability for mass deployment, the system meets the continuous power needs of transoceanic voyages for months on end, greatly enhancing end-to-end container visibility.
This case study serves as a valuable reference for shipping companies, container logistics enterprises, port management systems, cross-border transport monitoring platforms, and IoT tracking device projects.
