Industry Germany
German Industry Amid the Hormuz Crisis: Short-Term Resilience Masks Long-Term Structural Concerns
German industrial output grew against the trend during the blockade of the Strait of Hormuz, with strong performance in the automotive and machinery sectors, but long-term competitiveness challenges remain severe.
German Manufacturing: Short-Term Resilience Amid the Storm
In May 2024, German industrial output rose by 0.9% month-on-month, significantly exceeding market expectations of 0.3%. This data came just as the Strait of Hormuz was blocked due to the Middle East conflict and global energy prices surged, earning the manufacturing prowess of Europe's largest economy a second look. The automotive sector surged 3.6%, while industrial machinery grew 1.3%, serving as the twin engines driving the overall figures. ING economist Carsten Brzeski noted that some German manufacturers might even gain a short-term competitive advantage as their Asian competitors suffer more severe impacts.
Event Background: An Unexpected Stress Test
The Strait of Hormuz, which carries about one-fifth of the world's oil shipments and a large volume of liquefied natural gas exports, was blockaded by Iran in May due to regional conflict and countered by a US naval blockade. This event led to a sharp rise in global oil and gas prices, directly pushing up production costs for energy-intensive industries and causing a surge in maritime shipping costs. For German industry, which was already grappling with high energy prices following the Russia-Ukraine conflict, this amounted to another shock. However, the May data shows that the German manufacturing system did not stall under pressure.
Underlying Reasons: Where Does the Resilience Come From?
Germany's industrial rebound in the short term is primarily attributed to the irreplaceability of its high-end manufacturing sector. Automobiles and machinery are pillars of German exports, with long-term stable customer relationships and order backlogs providing a buffer. Secondly, Asian competitors (especially South Korea and Japan) rely more heavily on energy and component shipments through the Strait of Hormuz, making the paralysis more direct for them. German companies, with stronger raw material inventory management and multi-sourcing, temporarily offset supply chain disruptions. However, this "advantage" is coincidental—once global trade normalizes, Germany will lose this unconventional dividend.
More alarmingly, German industrial output is still 8% below its average monthly level in 2021. Over the past 18 months, German manufacturing has experienced a clear slowdown under multiple pressures: structurally higher energy costs, cooling global demand, and fierce competition from Chinese manufacturing in electric vehicles and machinery. The month-on-month growth in May is more of a technical correction than a trend reversal.
Impact on German Industry: Short-Term Relief, Long-Term Bleeding Risk Remains
For the German manufacturing system, this event highlights a subtle signal: Germany's industrial "crisis survival capability" remains strong, but its long-term competitive foundation is loosening. The automotive industry maintained output through electrification transformation and cost cutting, but the wavering technological roadmap in the electrification process (e.g., reliance on hybrids) could weaken future growth. The 1.3% growth in the machinery sector reflects more the delivery of existing orders rather than a surge in new demand.
A deeper concern is that even if energy prices fall from their peaks, Germany's industrial electricity prices are still 2-3 times those of the US or the Middle East. Automakers like Volkswagen and Daimler have accelerated the deployment of battery and vehicle production capacity overseas (including China and the US), while domestic investment growth has slowed. The May data cannot mask the long-term trend of industrial chain relocation.## Europe and Global Impact: A Fragmentation Exercise in Supply Chain Patterns
The Hormuz crisis is a typical risk exercise combining "geopolitical shocks + supply chain dependence." The resilience of German industry has proven the strategic value of Europe's manufacturing core in extreme situations. However, on the other hand, Europe's energy infrastructure (especially LNG terminals) has not yet fully decoupled from its dependence on Middle Eastern imports. This crisis will accelerate the EU's push for energy source diversification and regionalization of manufacturing layouts—such as repatriating some intermediate goods production or near-shoring to Eastern and Southern Europe.
From a global competition perspective, the "resilience premium" of German industry is unsustainable. Once Asia's supply chains recover, China's manufacturing, with dual advantages in cost and technology, will further erode Germany's market share in areas such as electric vehicles and industrial equipment. May's data is more like a "temporary safe card" than evidence of German manufacturing returning to its peak.
Long-Term Trend Outlook (2024-2034)
- Within 2-3 years: German industrial output will continue to fluctuate, with annual growth remaining in the 0-1% range. Energy costs remain the biggest variable, and the returns on electrification investments in the automotive sector are still unclear.
- 5-year perspective: With the implementation of the EU's Carbon Border Adjustment Mechanism (CBAM), German manufacturing faces internalization of carbon costs and reshaping of competition rules. The adoption rate of high-efficiency processes and green hydrogen will determine the competitive divide.
- 10-year outlook: Global manufacturing supply chains will shift from "efficiency first" to a balance of "security + efficiency." If Germany cannot compensate for its cost disadvantage through Industry 4.0, digitalization, and upskilling of its workforce, its leading position in precision manufacturing and the automotive sector may be breached by Chinese and American companies. Key points to watch: the speed of AI manufacturing adoption among German SMEs, and whether the automotive supply chain can simultaneously achieve industrialization of solid-state batteries and autonomous driving.
--- *This article is based on reports from Destatis and Kurdistan24, combined with independent analysis of industry trends, and does not constitute investment advice.*
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