Against the backdrop of deepening China-EU trade, China-to-Germany sea shipping, as a core logistics channel, carries a large volume of cargo transportation demand. However, empty container detention and high repositioning costs have become important constraints on the profitability of freight forwarders. Reasonable planning of empty container repositioning in China-to-Germany sea shipping can effectively activate idle resources, reduce additional expenses, and serve as a key breakthrough for freight forwarders to cut costs and increase efficiency. Combining industry practical experience and the latest authoritative data, this article provides actionable cost optimization solutions for empty container repositioning for freight forwarders.

What is Empty Container Repositioning in China-to-Germany Sea Shipping?

Empty container repositioning in China-to-Germany sea shipping refers to the logistics operation of transporting idle empty containers back to China or other ports with demand by sea after the goods are unloaded from China to Germany, so as to realize the recycling of containers. It is an important link for freight forwarders to control operational costs.

Why Can Empty Container Repositioning in China-to-Germany Sea Shipping Reduce Operational Costs?

There is a significant imbalance in cargo flow in China-to-Germany sea shipping. Empty container detention generates multiple costs, while reasonable repositioning can reduce waste at the source, directly improve the profit margin of freight forwarders, and serve as a core starting point for cost reduction and efficiency improvement.

Current Situation of Cargo Flow Imbalance in China-to-Germany Sea Shipping and Analysis of Empty Container Detention Costs

According to the industry analysis data from the 2026 TPM26 Conference, the westbound demand for China-to-Germany sea shipping is strong. In 2025, the westbound cargo volume increased by 9.1%, while the eastbound cargo volume decreased by 5.7%, resulting in a large number of empty containers being detained at German ports. These detained empty containers impose three direct costs on freight forwarders.

Empty Container Storage Fees: The empty container storage fee at core German ports such as Hamburg and Rotterdam is approximately 15-25 Euros per container per day. Additional late fees will be incurred if detained for more than 15 days, and long-term detention will lead to a sharp increase in storage costs.

Empty Container Repositioning Fees: If scattered repositioning is adopted, the cost of transporting empty containers from German ports back to China accounts for about 40%-50% of the full-container transportation cost. Scattered repositioning lacks scale advantages and makes cost control difficult.

New Container Purchase or Lease Costs: If empty containers cannot be repositioned in a timely manner, freight forwarders need to rent or purchase new containers to meet China's export demand, which further increases expenses. Especially during peak seasons when containers are in short supply, the rental price of new containers will rise sharply.

Cost Reduction Core of Empty Container Repositioning and Common Cognitive Misunderstandings

Freight forwarders need to note that empty container repositioning is not simply "transporting empty containers back" but rather achieving a "low-cost, high-efficiency, high-utilization" cycle through scientific planning. Its core of cost reduction lies in reducing the idle time of empty containers and optimizing repositioning routes, thereby cutting various hidden costs such as storage, repositioning, and leasing.

A common misunderstanding is that some freight forwarders believe "the cost of empty container repositioning is higher than that of new container leasing," ignoring the cumulative benefits brought by long-term empty container recycling. Especially in peak seasons, the timely repositioning of empty containers can avoid order loss caused by container shortages, reduce repeated long-term leasing expenses, and deliver significant cost reduction effects in the long run.

What are the Core Cost Components of Empty Container Repositioning in China-to-Germany Sea Shipping?

The cost of empty container repositioning in China-to-Germany sea shipping mainly consists of three major sectors: repositioning cost, storage cost, and operation cost. The proportion of each sector varies and is greatly affected by the market environment and port policies. Freight forwarders need to accurately grasp the cost details of each link.

Cost Composition and Reference Standards of Empty Container Repositioning in China-to-Germany Sea Shipping

The recommended approach is that freight forwarders should establish an empty container repositioning cost account to track changes in costs of each link in real time, especially focusing on fluctuations in repositioning costs during peak and off seasons. According to the 2026 Container Market Report by Drewry, the cost of empty container repositioning in China-to-Germany sea shipping will increase by 20%-30% during peak seasons (June-August, November-December). Locking in repositioning prices in advance can effectively control costs.

How Can Freight Forwarders Reduce Operational Costs Through Empty Container Repositioning in China-to-Germany Sea Shipping?

To reduce the cost of empty container repositioning, freight forwarders need to start from three dimensions: "route optimization, resource integration, and process control," and formulate targeted strategies combined with the cargo flow characteristics of China-to-Germany sea shipping to achieve cost minimization and efficiency maximization.

Route Optimization: Choose Cost-Effective Empty Container Repositioning Routes

Give Priority to Direct Repositioning Routes: Avoid additional costs and time losses caused by transshipment routes. Prioritize direct repositioning routes of China-to-Germany sea shipping operated by shipping companies such as COSCO and MSC, such as the Shanghai-Hamburg and Ningbo-Rotterdam direct routes. The repositioning time is approximately 28-35 days, which is 5-10 days shorter than transshipment routes, while also reducing transshipment miscellaneous fees.

Flexibly Choose LCL Repositioning Mode: If the number of empty containers is small, freight forwarders can reposition them with other freight forwarders in LCL mode, share repositioning and port miscellaneous fees, and reduce the cost per container. According to data from the Shanghai Shipping Exchange in Q2 2026, LCL repositioning can reduce the per-container repositioning cost by 15%-25%.

Plan Repositioning Routes According to Cargo Flow Direction: If there are many empty containers at German ports, priority can be given to transporting empty containers to export-boosting areas such as the Yangtze River Delta and Pearl River Delta in China to avoid re-idleness of empty containers. At the same time, freight forwarders can take advantage of the empty container repositioning policies of German ports and choose subsidized repositioning routes to further reduce costs.

Resource Integration: Strengthen Cooperation to Achieve Efficient Resource Utilization

Establish Long-Term Cooperation with Shipping Companies: Sign long-term empty container repositioning agreements with shipping companies that have advantages in China-to-Germany sea shipping, such as Maersk and Hapag-Lloyd, to obtain more preferential repositioning prices and priority shipping space. Especially in peak seasons, this can avoid increases in repositioning costs due to tight shipping space.

Integrate Resources of Freight Forwarders in the Same Region: Cooperate with freight forwarders in the same region to integrate empty container resources, realize centralized repositioning, improve the loading rate of empty containers, and reduce the unit repositioning cost. For example, freight forwarders in East China can jointly transport empty containers from German ports back to Shanghai Port, sharing inland transportation and port operation costs.

Connect with Port and Yard Resources: Establish cooperation with yards at core ports such as Hamburg Port in Germany and Shanghai Port in China to enjoy preferential storage rates. At the same time, plan the empty container pick-up and delivery process in advance to reduce the detention time of empty containers at ports, thereby reducing storage fees and demurrage fees. Refer to the empty container pick-up operation process of Guangzhou Container Terminal to optimize pick-up efficiency.

Process Control: Optimize Operation Processes to Reduce Hidden Costs

Plan Empty Container Repositioning Time in Advance: According to the cargo flow rhythm of China-to-Germany sea shipping, predict the time when empty containers will be generated in advance, and determine the repositioning route and shipping space before the goods are unloaded to avoid increases in storage costs caused by empty container idleness. Freight forwarders need to note that if empty containers are detained for more than 7 days after the goods are unloaded, the storage fee will increase sharply, so advance coordination is required.

Do a Good Job in Empty Container Inspection and Maintenance: After unloading at German ports, promptly inspect and simply clean the empty containers to avoid additional maintenance costs and customs declaration delays caused by empty container damage and stains. At the same time, properly register empty container information to ensure the traceability of the empty container repositioning process and reduce the risk of loss.

Optimize the Customs Declaration and Inspection Process: Prepare the customs declaration documents required for empty container repositioning in advance, including the empty container list and inspection report, and cooperate with professional customs clearance agents to improve customs declaration efficiency, thus avoiding demurrage fees and storage fees caused by customs declaration delays. According to the empty container export operation process of Guangzhou Container Terminal, completing customs declaration procedures in advance can greatly shorten the loading cycle.

Common Misunderstandings and Avoidance Methods of Empty Container Repositioning in China-to-Germany Sea Shipping

In the operation of empty container repositioning, freight forwarders often incur additional costs due to cognitive deviations or process mistakes. They need to focus on avoiding the following three common misunderstandings to ensure the cost reduction effect of empty container repositioning.

Misunderstanding 1: Ignoring the Long-Term Benefits of Empty Container Repositioning. Some freight forwarders believe that the one-time cost of empty container repositioning is higher than that of new container leasing, ignoring the cost savings brought by long-term recycling. Avoidance method: Establish an empty container repositioning cost calculation model, compare the long-term costs of empty container repositioning and new container leasing, and prioritize the repositioning mode, especially in peak seasons when the demand for empty containers is strong.

Misunderstanding 2: Blindly Choosing Low-Price Repositioning Routes. Some freight forwarders only focus on repositioning prices and choose low-price routes with many transshipments and long timeframes, resulting in prolonged empty container detention, increased storage fees and demurrage fees, and thus higher total costs. Avoidance method: Comprehensively consider repositioning price, timeframe, and number of transshipments, and choose the "cost-effective optimal" route rather than the "lowest price" route.

Misunderstanding 3: Lack of Overall Planning for Empty Container Repositioning. The disconnection between empty container repositioning and goods export leads to the idleness of empty containers after being transported back to China, as they cannot be put into use in a timely manner, thereby increasing storage costs. Avoidance method: Combine the export orders of China-to-Germany sea shipping, plan the quantity and time of empty container repositioning in advance, and ensure that empty containers can be quickly matched with export demand after being transported back to realize the closed loop of "repositioning-reuse."

Calculation and Evaluation Methods of Cost Reduction Effect of Empty Container Repositioning

Freight forwarders need to establish a calculation system for the cost reduction effect of empty container repositioning, evaluate the effectiveness of optimization schemes through data comparison, and continuously adjust strategies to achieve maximum cost reduction.

Core Calculation Method of Cost Reduction Amount of Empty Container Repositioning

The recommended approach is to calculate the cost difference before and after empty container repositioning in units of a single container (20GP). The core calculation formula is: Cost reduction amount of empty container repositioning = New container leasing cost (or scattered repositioning cost) - Total cost of empty container repositioning (repositioning + storage + operation).

According to data from FBX in August 2026, taking the Shanghai-Hamburg route as an example, the total cost of 20GP empty container repositioning is approximately 1520-1990 US Dollars, while the cost of new container leasing is about 2100-2600 US Dollars. The cost per container can be reduced by 580-830 US Dollars, with a cost reduction rate of 22%-32%. Significant cost reduction benefits can be achieved through long-term batch operations.

Evaluation and Optimization of Empty Container Repositioning Efficiency Indicators

At the same time, freight forwarders need to regularly evaluate the efficiency indicators of empty container repositioning, including empty container detention days, repositioning timeframe, and empty container reuse rate, and optimize the repositioning strategy based on the evaluation results.

For example, if the empty container detention days exceed 10 days, it is necessary to investigate bottlenecks in the process and optimize port coordination and customs declaration efficiency; if the empty container reuse rate is lower than 80%, it is necessary to adjust the quantity and destination of empty container repositioning to match export demand and avoid secondary idleness of empty containers.

Conclusion

In the increasingly competitive freight forwarding industry, cost reduction and efficiency improvement are the core competitiveness for survival and development. As an important cost reduction starting point, the value of empty container repositioning in China-to-Germany sea shipping is being recognized by more and more freight forwarders. Freight forwarders need to abandon traditional cognition, start from the three dimensions of route optimization, resource integration, and process control, avoid common misunderstandings, and realize the recycling of empty container resources. In the future, with the continuous growth of cargo flow in China-to-Germany sea shipping, the refined operation of empty container repositioning will become the key to the differentiated competition of freight forwarders. Only through scientific planning and precise control can freight forwarders continuously reduce operational costs through empty container repositioning, improve core competitiveness, and occupy an advantageous position in the China-EU logistics market.