Views: 0 Author: Site Editor Publish Time: 2026-03-20 Origin: Site
Affected by factors such as the geopolitical crisis in the Middle East and natural gas supply disruptions, European natural gas prices have recently surged by 30%. Coupled with the resonance effect of Qatar's energy shutdown and the Strait of Hormuz blockade, energy cost pressure continues to spread throughout the entire industry chain. As a major energy consumer, the transportation and logistics industry of large engineering equipment such as rotary drilling rigs and pile drivers is at the forefront. Whether it is road heavy load transportation, port loading and unloading, or cross regional intermodal transportation, they all face multiple challenges such as rising costs, capacity adjustments, and time fluctuations. The industry is seeking adaptive response paths in high-pressure environments.
The sharp rise in natural gas prices in Europe directly drives up energy expenditures in the logistics industry, with a particularly significant impact on the transportation of heavy-duty equipment such as rotary drilling rigs and pile drivers. Currently, the transportation of large equipment in Europe relies heavily on natural gas powered heavy-duty tractors, which have high energy consumption. After a 30% increase in natural gas prices, the energy consumption cost per 100 kilometers of transportation increases by nearly 30%. Rotary drilling rigs and pile drivers are mostly over limit equipment of 100 tons, requiring specialized natural gas heavy-duty vehicles for transportation. Each equipment is transported from ports in western Europe to infrastructure sites in the east, resulting in an increase of approximately 2000 euros in energy expenditure compared to before. At the same time, the rise in natural gas prices has driven up the cost of electricity, and the energy consumption costs of port loading and unloading, equipment hoisting, and other links have also increased, further pushing up the transportation costs of large-scale equipment throughout the entire chain.
The high price of natural gas has caused some logistics companies to shrink their transportation capacity, indirectly affecting the timeliness and supply of large-scale equipment transportation. On the one hand, small and medium-sized logistics enterprises are forced to reduce the frequency of dispatching natural gas heavy-duty vehicles and even suspend some over limit transportation businesses due to the difficulty in bearing the increase in energy costs, resulting in a tightening of the supply of transportation capacity for rotary drilling rigs and pile drivers; On the other hand, some logistics companies prioritize undertaking short distance and light load transportation businesses in order to control costs, reducing long-distance heavy load equipment transportation, resulting in longer cross regional transportation schedules. For example, after the domestic rotary drilling rig was exported to Europe, the transportation schedule from Hamburg Port to the Munich infrastructure construction site was extended by 4-6 days compared to before, which affected the progress of equipment entry.
The logistics cost pressure brought about by the skyrocketing natural gas prices in Europe is gradually shifting to the production and export of large equipment. In recent years, domestic rotary drilling rigs have won large orders in the European market due to their compliance advantages. After exporting such equipment to Europe, it needs to be distributed through multimodal transportation within Europe. The sharp rise in natural gas prices has led to a significant increase in domestic transportation costs, forcing logistics companies to raise their transportation quotes. Some quotes have increased by 15% -20%, and this cost will ultimately be borne by equipment production companies, squeezing profit margins, or transferred to terminal construction companies, pushing up the cost of infrastructure projects. Meanwhile, rising costs have also led some European construction companies to slow down their equipment procurement pace, indirectly affecting the transportation demand for rotary drilling rigs and pile drivers.
Faced with the continuous pressure of skyrocketing natural gas prices, large equipment transportation and logistics companies in Europe are accelerating the promotion of energy substitution and exploring diversified cost reduction paths. Some leading logistics companies are gradually increasing the dispatch of diesel powered heavy-duty vehicles to replace some natural gas vehicles, while piloting new energy heavy-duty tractors to alleviate energy cost pressures. Although pure electric heavy-duty trucks still face limitations such as insufficient range and high purchase costs, they have been gradually put into use in short distance transportation, which can effectively reduce unit energy consumption expenditures. In addition, logistics companies optimize transportation routes, reduce ineffective mileage, improve vehicle load rates, and strengthen collaboration with equipment production companies to plan transportation plans in advance. Through centralized transportation, long-term agreements, and other methods, they share cost pressures and improve operational efficiency.
It should be noted that the sharp rise in natural gas prices in Europe is not a short-term fluctuation. Due to factors such as the unknown resumption of energy production in Qatar and the obstruction of navigation in the Strait of Hormuz, there is still room for price increases in the future. In addition, European natural gas inventories are at a low level, and the spring replenishment dilemma further exacerbates the supply-demand imbalance, which will have a long-term impact on the large-scale equipment transportation and logistics industry. For enterprises undertaking equipment transportation business in Europe, it is necessary to maintain a cautious attitude, predict energy price trends in advance, lock in long-term energy supply channels, and avoid operational risks caused by continuous cost increases. At the same time, optimizing the transportation capacity structure, improving energy utilization efficiency, and combining the characteristics of the rotary drilling rig that can be transported with drill pipes and easily transferred, simplifying the transportation process, reducing comprehensive logistics costs, and coping with long-term uncertainty.
