In the digital age, high-tech containers are becoming the main driving force behind the transformation of the global logistics industry. According to a report by McKinsey & Company, the global supply chain market is expected to reach $24.3 trillion by 2026, and 93% of supply chain leaders believe that real-time data visibility is an important factor to overcome market fluctuations. This transformation is not only technical but also represents a comprehensive revolution in the way modern supply chains are managed and operated. In the article below, Hai Long Steel Structure will provide some information and knowledge about the field of High-Tech Containers to clarify this issue.
Definition of High-Tech Container
High-tech containers are defined as transport systems that integrate IoT (Internet of Things), AI (Artificial Intelligence), blockchain and smart sensors, allowing real-time monitoring, control and optimization of the transport of goods. Unlike traditional containers that simply act as a means of storage, high-tech containers act as “mobile data centers” with the ability to collect, process and transmit information continuously.
High-tech Container Classification
Smart IoT Container Integrating GPS tracking systems, temperature, humidity, pressure and vibration sensors, allowing for precise tracking of the location and condition of goods. According to research from the Digital Supply Chain Institute, 69% of supply chain executives consider blockchain technology to be critical to their organization's success in the next five years.
High-tech refrigerated containers The application of remote control systems and smart temperature sensors is especially important in the preservation of food and pharmaceuticals. Walmart has demonstrated the effectiveness of this technology by reducing the traceability time of fresh mango products from 7 days to 2,2 seconds.
Container ESS (Energy Storage System) represents a completely new generation of Containers, integrating advanced LFP lithium batteries, battery management systems (BMS), power conversion systems (PCS) and advanced safety technologies.
Role in the global supply chain
Enhance oversight and transparency
High-tech containers offer unprecedented end-to-end visibility in logistics history. Hapag-Lloyd, one of the world’s leading container shipping lines, has equipped more than 1.6 million containers with IoT technology, creating the largest real-time tracking network ever. This not only helps optimize the repositioning of empty containers but also provides customers with more accurate ETA (estimated time of arrival) information.
Minimize losses and improve efficiency
Studies show that high-tech containers can reduce theft by up to 95% and damage to goods during transportation by 90%, while optimizing routes and processes can save 15%-20% of overall logistics costs.
Blockchain application in container management
Lessons from the TradeLens project
The TradeLens project, which Maersk and IBM launched between 2018 and 2022, was one of the first attempts to apply blockchain to the shipping industry. While the project ultimately failed to achieve commercial viability as hoped, it provided valuable lessons on the need for open standards and transparent governance in blockchain implementation.
New blockchain trends in logistics
Currently, blockchain applications in containers are evolving in a more practical direction:
- Smart contracts automate payments: Reduce disputes and speed up transactions
- Transparent traceability: Track goods from source of production to end consumer
- Anti-counterfeiting with RFID combined with blockchain: Especially important for pharmaceuticals and luxury goods
Research from 2024 shows that the blockchain market in supply chain, valued at $253 million in 2020, is expected to reach $3.272 million by 2026 at an impressive CAGR of 53.2%.
Impact on Vietnam Container Market
Positive development context
Vietnam's container market is experiencing a period of strong growth. According to statistics from the Vietnam Seaports Association, the volume of container cargo passing through seaports in the first two months of 2024 reached 4,05 million TEUs, an increase of 27% over the same period in 2023. Notably, ports in Hai Phong, Ho Chi Minh City and Vung Tau all recorded growth rates of 40% -60%.
Da Nang Port: Pioneer in technology application
Da Nang Port has become a model for the application of high-tech containers in Vietnam with the deployment of the first “smart gate” system. This system integrates many advanced technologies including ACCR algorithm combined with AI to automatically read container codes, license plate recognition and Process Automation (RPA) robots to execute automatic commands.
Economic and operational benefits
Optimize costs and ROI
Research from Roland Berger shows that investing in smart containers delivers positive ROI in the long term through:
- Reduce cargo losses through better control of transportation conditions
- Optimizing asset utilization
- Reduce insurance costs through increased security
- Improve customer satisfaction
Support digital transformation of enterprises
High-tech containers play a key role in the digital transformation of businesses, enabling:
- Real-time data analytics: Make fast and accurate business decisions
- Predictive Maintenance: Forecast maintenance needs based on actual operating data
- Process Automation: Reduce Errors and Increase Operational Efficiency
Challenges and solutions
High-tech container deployment still faces challenges:
- System compatibility: Need to ensure integration with existing logistics infrastructure
- Cybersecurity: Protecting data from threats in the digital space
- Standardization: Establish common standards to ensure interoperability
The role of international organizations
The Digital Container Shipping Association (DCSA) is playing a key role in setting common standards for the industry. MSC, as a founding member of DCSA, is actively promoting the standardization of data and processes across the shipping industry.
Future prospects
Smart containers are moving towards deeper integration of emerging technologies such as 5G connectivity to provide high-speed connectivity, edge computing to process data right at the container, and digital twins to create digital copies to simulate and optimize operations. At the same time, smart containers also contribute positively to sustainable development goals by optimizing routes, reducing waiting times and improving fuel efficiency.
High-tech container production capacity of Hai Long Construction
- Practical experience with large projects, international standards: Hai Long has successfully implemented many projects to produce electric containers for leading corporations such as Sumitomo Electric Industry (Japan), with products exported directly to demanding markets such as Japan and Korea.
- Modern production process, strict quality control: Each battery container manufactured at Hai Long Construction Factory undergoes a rigorous 6-step process, from material inspection, frame processing, assembly, finishing welding, insulation, cleaning - finishing painting to overall inspection before leaving the factory. A team of skilled engineers and workers ensures that the product meets all technical and safety standards.
- Advanced technology, meeting all technical requirements: Hai Long's electric storage containers integrate large-scale energy storage battery systems, using modern battery technology, intelligent management systems, fire protection, air conditioning and safety protection devices. The product is suitable for renewable energy projects, industry, industrial parks, etc.
- Strong production capacity, large scale: Owning three steel structure factories with a total output of up to 45.000 tons/year, Hai Long can meet special container orders with fast progress, consistent quality and continuous production expansion capability.
