Zhejiang Yinlun Machinery Co., Ltd. (SZSE:002126) Announces €18 Million Stuttgart Plant to Power Europe’s EV Thermal Management Boom

April 16, 2025 | Stuttgart, Germany

Strategic Expansion into European EV Heartland
Zhejiang Yinlun Machinery Co., Ltd. (SZSE:002126), China’s leading automotive thermal management solutions provider, today confirmed plans to invest $20 million (€18.2 million) in a state-of-the-art manufacturing facility in Stuttgart’s industrial belt. According to exclusive documents obtained by Der Spiegel, the plant will exclusively produce advanced liquid cooling plates and battery chillers for BMW and Volkswagen Group’s next-generation electric vehicles, marking a pivotal step in Europe’s localized EV supply chain development.

Plant Specifications & Technological Edge
1. Phase-One Operational Blueprint

  • Precision Infrastructure: The 23,000㎡ facility will house Europe’s first fully automated brazing line for ultra-thin (0.3mm) cooling plates, achieving ±0.05mm dimensional tolerance
  • Capacity Pipeline: Initial annual output of 400,000 cooling modules (scalable to 750,000 by 2028), with €100 million (~$120 million) in pre-allocated orders
  • Carbon-Neutral Operations: Integrated solar array and geothermal HVAC system to meet EU’s Carbon Border Adjustment Mechanism (CBAM) requirements

2. Proprietary Technology Transfer
The facility will deploy Yinlun’s third-generation “DragonScale” cooling architecture, featuring:

  • 15% higher thermal conductivity than current industry benchmarks
  • Modular designs compatible with 400V-1000V platforms
  • AI-powered leakage detection systems with <0.5ppm defect rate

Customer Commitments & Market Dynamics
Contractual Anchors

  • BMW: 7-year supply agreement for Neue Klasse platform batteries (commencing Q1 2026)
  • Volkswagen: Dual sourcing partner for SSP architecture’s thermal systems
  • Stellantis: Memorandum of Understanding for 2027-2030 procurement

European EV Market Tailwinds
With the EU’s Battery Passport regulation mandating 90% local content by 2027, Yinlun’s move strategically positions it to capture:

  • 22% of Europe’s projected €4.2 billion EV thermal management market by 2028 (Deloitte Automotive)
  • 40% cost advantage over air-cooled alternatives in commercial vehicle segments

Executive Perspectives
Dr. Liang Chen, Yinlun’s CTO, emphasized the technological imperative: “Our Stuttgart engineers are already adapting DragonScale for solid-state battery compatibility – this isn’t just localization, it’s co-innovation with European OEMs.”

BMW’s Head of Procurement, Klaus Schmidt, noted: “Yinlun’s localized production reduces our thermal system logistics costs by 35% while ensuring CBAM compliance.”

Financial Implications & Analyst Reactions
Capital Expenditure Breakdown

Category Allocation (€m) Timeline
Equipment 9.2 2025 Q3-Q4
R&D Center 4.5 2026 Q1-Q2
Workforce 3.0 2025-2026
Certification 1.5 2026 H1

Market Response

  • Yinlun’s Shenzhen-listed shares surged 5.3% post-announcement
  • UBS upgraded 2026 EPS estimates by 28%, citing €0.45/share accretive impact
  • CDU/CSU parliamentary group announced support for Yinlun’s eligibility under Germany’s Electromobility Production Grant

Comparative Industry Landscape
European Thermal Management Suppliers

Company 2024 EV Revenue Yinlun’s Advantage
Mahle €1.1bn +30% cost efficiency
Valeo €0.9bn +15% energy density
Hanon €0.7bn +25% weight savings

Regulatory Compliance Framework
The plant’s design incorporates:

  • ISO 14644-1 Class 8 cleanroom standards for particulate control
  • EN 50604 certification for battery system components
  • IMDS compliance for full material traceability

Labor & Economic Impact

  • 180 high-skilled jobs created (60% local hires)
  • €5.8 million annual estimated tax contribution
  • 2.1x multiplier effect on regional GDP (Ifo Institute projection)

Forward-Looking Statements
Yinlun anticipates:

  • Phase-one production to commence by Q2 2026
  • 18-month payback period based on current orderbook
  • Potential expansion into stationary storage cooling systems