Views: 0 Author: Site Editor Publish Time: 2026-03-10 Origin: Site
According to British media reports, the German economy has shown a "weak" trend at the beginning of this year, with exports falling 2.3% month on month and imports falling 5.9% in January, both of which exceeded economists' expectations. Industrial output has also declined for two consecutive months, and large industrial orders have plummeted by 11%. As a global manufacturing powerhouse, cross-border trade of large equipment (such as machine tools, construction machinery, automotive production equipment, etc.) in Germany is the core pillar of its foreign trade. However, the country's manufacturing industry is highly dependent on imported energy, which further amplifies the impact of economic weakness on cross-border trade. Both sea and land trade channels are significantly affected, and the industry is facing unprecedented challenges and adjustments.
Maritime trade is the main carrier for cross-border trade of large equipment in Germany, with core ports such as Hamburg and Bremen responsible for the import and export transportation of the vast majority of large equipment. But as the weak situation of the German economy becomes apparent, coupled with the uncertainty of the global trade environment, Germany's large-scale equipment cross-border maritime trade is facing multiple obstacles.
On the one hand, the problem of port congestion continues to intensify, leading to a significant extension of the transportation cycle for large equipment. Affected by weak domestic demand and shrinking import volume in Germany, the efficiency of port operations has declined. In addition, there have been frequent worker strikes and inadequate infrastructure in northern European ports, resulting in an increase of approximately 49% and 77% in waiting times for ships to dock at Hamburg and Bremen ports, respectively. Large equipment is often transported in containers or bulk cargo, with large volume and heavy weight, requiring high port loading and unloading capacity and storage space. Port congestion directly leads to the inability to unload and clear customs in a timely manner after the equipment arrives at the port. Some equipment is stranded in the port for dozens of days, which not only incurs high demurrage and storage fees, but also delays the equipment delivery cycle, affecting the cooperation and trust between trading parties. For example, a German gear grinding machine imported by a company was detained at Hamburg Port for 23 days due to port congestion and documentation issues, resulting in additional costs totaling 180000 yuan.
On the other hand, high energy prices and trade policy uncertainty have pushed up the cost of shipping large equipment by sea. The German manufacturing industry is highly dependent on imported energy, and the soaring energy prices not only raise the costs of equipment production enterprises, but also lead to an increase in the price of sea freight fuel, further increasing the cross-border transportation costs of large equipment. At the same time, the unpredictable tariff policies of the United States have exacerbated global trade turbulence, with some large German equipment exports facing high tariff barriers. Companies have had to adjust their transportation routes to avoid risks, such as detouring around the southern tip of Africa to avoid risky waters. This not only increases transportation mileage and time, but also significantly increases transportation costs. In addition, the short-term shipment surge caused by the temporary suspension of tariffs has further exacerbated port congestion and logistics chaos, indirectly affecting the efficiency of sea transportation for large equipment, making Germany's already weak exports of large equipment even worse.
Germany is located in the center of Europe, and land trade (roads, railways) has become an important supplement to its cross-border trade of large equipment with European neighbors, the Middle East, and Central Asia due to its convenience and timeliness. Especially for short distance and urgent delivery of large equipment orders, land transportation has irreplaceable advantages. However, the weak start of the German economy, coupled with energy cost pressures, has gradually weakened the advantage of land trade, facing a dual dilemma of supply chain disruptions and demand contraction.
From the supply chain perspective, the rise in energy prices has led to a significant increase in land transportation costs and increased operational pressure on logistics companies. Germany's land transportation is highly dependent on energy sources such as diesel, and the soaring energy prices have directly pushed up road and rail transportation costs. Some logistics companies have reduced their capacity due to cost pressures, leading to a shortage of land transportation resources for large equipment. At the same time, Germany's domestic industrial output has declined, and the production and assembly progress of large equipment components has slowed down. The upstream and downstream connections of the supply chain are not smooth, and some equipment cannot be delivered on time due to the lack of core components, which in turn affects the scheduling of land transportation. In addition, trade barriers within the European Union have not been completely eliminated, and some European neighboring countries have tightened trade controls due to their own economic pressures, further exacerbating the obstacles to Germany's large-scale equipment cross-border trade by land.
From the demand side, the weak German economy has led to a contraction in domestic demand for large equipment, while also affecting the import willingness of its onshore trading partners. The decrease in investment willingness of domestic German enterprises has led to a reduction in the procurement of large-scale production equipment, resulting in overcapacity of domestic large-scale equipment and reliance on exports to digest inventory. However, the economies of neighboring European countries and surrounding areas have also been dragged down by Germany, showing a weak trend, and the import demand for large-scale equipment from Germany has significantly decreased. For example, the export of the German mechanical engineering industry is expected to decrease by 1.7% due to the impact of US tariffs and shrinking demand in Europe, with the most significant decline in short distance export orders relying on land transportation. In addition, the flexibility advantage of land transportation has not been fully utilized, and some equipment has to give up land transportation due to high transportation costs, and instead choose sea transportation with relatively controllable costs but longer cycles, further squeezing the market space of land trade.
The weak start of the German economy has had a comprehensive impact on cross-border trade of large equipment. The dual pressure of sea and land trade has put severe tests on German large equipment enterprises, but at the same time, it has also forced the industry to accelerate adjustment and find a breakthrough path. Currently, cross-border trade of large equipment in Germany is making efforts in three aspects to cope with difficulties and seek opportunities for improvement.
Optimize transportation plans to reduce logistics costs and risks.
Enterprises are adjusting their transportation strategies, integrating sea and land transportation resources, and adopting multimodal transportation models such as "sea rail intermodal transportation" and "public rail intermodal transportation" to balance transportation costs and cycles. For example, some companies transport large equipment by sea to surrounding core ports, and then deliver it to the destination by land transportation, which not only avoids the risk of congestion in a single port but also reduces the overall transportation cost. At the same time, enterprises strengthen cooperation with professional logistics agencies, shorten customs clearance cycles, avoid compliance risks, and reduce detention costs through pre document review, port resource scheduling, and other methods. For example, agencies such as China World Communications can significantly compress the import cycle of German equipment and avoid high losses caused by HS code classification errors through the "third-order risk control model".
2. Explore emerging markets and reduce dependence on traditional markets.
Faced with shrinking demand and tariff barriers in the European and American markets, large German equipment companies are accelerating their expansion into emerging markets such as South America, India, and Indonesia, while deepening cooperation with major trading partners such as China. By 2025, the trade volume between China and Germany has surpassed that of Germany and the United States, and China has returned to Germany's largest trading partner. German companies such as Volkswagen and Siemens have deepened their presence in China, reducing cross-border trade costs and responding to the impact of economic weakness through joint construction of research and development centers and localized production. In addition, the German government also provides support for the export of large equipment enterprises through the establishment of special funds and the promotion of trade facilitation within the European Union.
3. Promote industrial upgrading and enhance the core competitiveness of equipment.
The German manufacturing industry is accelerating its efforts to break free from dependence on imported energy, increasing research and development investment in green energy and energy-saving technologies, reducing energy consumption of large equipment, while improving the technological content and intelligence level of equipment, and enhancing the competitiveness of products in the global market. For example, German machine tool companies are increasing their research and development of high-precision and energy-saving equipment to cope with energy cost pressures and meet the needs of global manufacturing upgrading, thereby driving the recovery of cross-border trade in large equipment. At the same time, enterprises optimize production processes, compress overcapacity links, reduce production costs, and enhance the price competitiveness of cross-border trade.
Overall, the weak start of the German economy is unlikely to fully alleviate the impact on cross-border trade of large equipment in the short term, and problems such as congestion at sea ports and poor land supply chains will continue. But with the continuous deepening of industry adjustments and the continued exploration of emerging markets, cross-border trade of large equipment in Germany is expected to gradually overcome difficulties and achieve high-quality development under pressure. After all, the technological advantages of Germany's large-scale equipment manufacturing industry are still significant, and as long as it can effectively cope with energy cost pressures and trade uncertainties, its cross-border trade will still occupy an important position in the global market.
