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Successful purchasing in the automotive industry: 5 trends you should know about

By Fabian Heinrich
July 17, 2025
Successful purchasing in the automotive industry: 5 trends you should know about
Table of Content

Introduction: Crisis in the German automotive industry

Development of passenger car production in Germany from January 2009 to August 2024. The chart shows significant fluctuations in monthly vehicle production, with a sharp decline in 2020 and a subsequent slow recovery. Source: VDA / Statista 2024.
Fig. 1 Development of passenger car production in Germany from January 2009 to August 2024. The chart shows significant fluctuations in monthly vehicle production, with a sharp decline in 2020 and a subsequent slow recovery. Source: VDA / Statista 2024.

The German automotive industry, which accounts for 25.2% of total industrial sales, is facing one of its most profound crises in 2025. Vehicle production in Germany has fallen by around 25% since 2018. According to a study by the German Economic Institute (IW), there are several reasons for this:

  • High dependence on exports:
    Over 75% of vehicles produced in Germany are exported, around 40% of them to international markets. This poses a risk due to trade wars and tariffs.
  • Germany's declining attractiveness as a business location:
    Germany was already overtaken by China as the most important production location for German manufacturers in 2018. With over 30 million vehicles produced per year, China is now the world leader. Lower labor and energy costs make production there much more economical. China also has a clear advantage in electric mobility and battery technology.

While manufacturers such as BYD and CATL are significantly increasing their production of electric vehicles, German manufacturers are struggling. They are battling numerous structural deficiencies. There are too few affordable electric models. There is also a lack of knowledge in software and battery technologies. The charging infrastructure is also not powerful enough.

While we are still debating, China is already producing over 30 million vehicles a year and dominates battery technology. The result: plant closures, job cuts, and bankruptcies in the supplier industry.

A fundamental change is necessary to remain competitive in the long term. Investment in digitalization, new technologies, stable supply chains, and sustainable structures is important. This will enable the German automotive industry to remain competitive and secure its future.

The role of purchasing in the German automotive industry

Direct vs. indirect purchasing

Purchasing in the automotive industry operates on various levels:

In the automotive industry, a distinction is made between direct and indirect purchasing, as well as between automotive manufacturers (OEMs, e.g., VW, BMW, Mercedes-Benz) and suppliers (e.g., Brose, ZF, Continental).

Direct vs. indirect purchasing – differences, challenges, and potential. While direct purchasing (e.g., body parts, batteries, engines) directly influences product quality and costs, indirect purchasing (e.g., IT services, software licenses, machine maintenance) often harbors untapped savings potential of 30–40% and offers opportunities for digitalization and efficiency gains.
Fig. 2 Direct vs. indirect purchasing – differences, challenges, and potential. While direct purchasing (e.g., body parts, batteries, engines) directly influences product quality and costs, indirect purchasing (e.g., IT services, software licenses, machine maintenance) often harbors untapped savings potential of 30–40% and offers opportunities for digitalization and efficiency gains.

The secret to success of the winners: They do not view indirect purchasing as a side issue, but as a strategic lever for efficiency and innovation.

Purchasing as a cost factor

Depending on the company, procurement costs account for a significant portion of the total costs of an automotive manufacturer or supplier. This means that even small savings in purchasing can have a noticeable impact on profitability.

Significance for competitiveness:

  • High cost pressure: Increasing competition is forcing German companies to continuously optimize their cost structure. Purchasing is at the center of this effort, not only in terms of direct material usage, but also in indirect areas (e.g., services, IT, facility management).
  • Total cost of ownership (TCO): Modern purchasing departments consider not only the purchase price, but also the entire life cycle of a product. Factors such as maintenance, energy consumption, reparability, and disposal are all taken into account in the decision-making process.

Cost reduction strategies:

  • Product group management: Systematic analysis of product groups allows requirements to be bundled, synergies to be identified, and targeted cost-cutting measures to be implemented.
  • Supplier consolidation: Reducing the number of suppliers increases bargaining power and simplifies processes.
  • Make-or-buy analyses: Internal production vs. outsourcing, purchasing decisions are increasingly based on comprehensive profitability calculations.
  • Global tenders: International tenders and awards create competitive conditions and enable more favorable purchasing terms to be achieved.

Digitalization as an efficiency driver:

  • E-procurement systems and automated ordering processes relieve the operational purchasing team and create more space for strategic tasks.
  • Key figure-based control: Purchasing controlling is becoming increasingly important. KPIs such as savings rates, maverick buying, and on-time delivery can be used to control processes in a targeted manner and identify weak points.

Companies that strategically position and continuously optimize their purchasing not only secure financial advantages, but also a long-term competitive position.

Based on this, five trends for purchasing in the automotive industry can be identified.

Trend 1: Digitalization and e-procurement accelerate purchasing processes

The reality: Companies with digital purchasing processes respond 50% faster to market changes. Digital purchasing processes offer enormous advantages, especially in the automotive industry, which relies on just-in-time delivery , complex supply chains, and a high degree of product variety.

The advantages at a glance:

Automation reduces manual effort
Digital procurement tools enable extensive automation of ordering processes. Especially in the automotive industry, where many components have to be procured at high frequency, the automation of requisitions, approvals, and invoice comparisons ensures greater speed, fewer errors, and lower process costs.

Real-time transparency along the entire supply chain
Modern e-procurement platforms create full transparency through centralized data storage and seamless interfaces: OEMs and suppliers can keep track of prices, delivery times, availability, and the current status of every order at all times – a decisive advantage in volatile markets and when plans change at short notice.

Better collaboration through supplier integration
The digital connection of Tier 1 and Tier 2 suppliers significantly improves communication. Product catalogs, order confirmations, and delivery documents can be processed automatically, minimizing misunderstandings and shortening response times.

Self-service reduces the burden on purchasing
User-friendly self-service portals enable specialist departments to record their requirements independently, for example when procuring indirect materials or services. Purchasing retains control, ensures compliance, and can concentrate on strategic tasks.

Scalability for growing requirements
Whether new vehicle platforms, international production sites, or the integration of new technologies such as e-mobility – modern procurement systems grow with you. They can be flexibly adapted and thus support the innovative strength of the industry.

In the automotive industry, time is money and transparency equals security.

Practical tip: Start with the digitalization of indirect purchasing, where the quick wins are greatest.

Trend 2: Strategic risk management for resilient supply chains

The semiconductor crisis has shown that those who do not have risk management in place will come to a standstill.

Global crises, geopolitical tensions, and climate change show that the automotive industry is facing a major challenge. There are many problems, especially when it comes to securing supply chains. Production downtimes due to missing components, volatile raw material markets, and regional instability affect OEMs and suppliers alike. This makes strategic risk management all the more important. Risks must be identified early on and targeted measures to increase resilience must be enabled.

The advantages at a glance:

Strategic measures:

  • Risk mapping: Make critical weaknesses transparent
  • Multi-sourcing: No more single-source dependencies
  • Early warning systems: AI-supported analysis of market developments
  • Business continuity plans: Develop concrete emergency strategies

Success story: Companies with diversified supplier structures weathered the coronavirus crisis better.

Trend 3: Compliance as a competitive advantage

New laws, new opportunities: Laws such as the Supply Chain Due Diligence Act (LkSG) and the EU Supply Chain Due Diligence Directive (CSDDD) force companies to take action, but also create opportunities for differentiation.

Here is an overview of the most important legal principles in purchasing in the automotive industry:

Name Validity Content Further Reading
Supply Chain Due Diligence Act (LkSG, Germany) Valid since 2023 (for companies with > 3,000 employees), since 2024 also for > 1,000 employees
  • Obligation to conduct human rights and environmental risk analysis
  • Applies to direct and partially indirect suppliers
  • Requires reporting and documentation obligations
  • BMWK: Supply Chain Due Diligence Act
    EU Supply Chain Act (CSDDD, Corporate Sustainability Due Diligence Directive) Adopted in June 2024; implementation expected from 2026/27
  • Uniform EU rules on compliance with human rights, environmental standards, and good governance
  • Applies to companies with 1,000 or more employees and €450 million in revenue
  • Introduction of civil liability for violations
  • EU Supply Chain Act
    CSRD; Corporate Sustainability Reporting Directive (EU) Valid since: 2024 (phased introduction)
  • Extended ESG reporting requirements (environment, social, governance)
  • Sustainability data becomes an integral part of purchasing decisions
  • Obligation to comply with EU taxonomy
  • EU - Corporate Sustainability Reporting Directive (CSRD)
    EU Taxonomy Regulation Valid since January 1, 2022 (phased implementation depending on environmental objective)
  • Defines which economic activities are considered environmentally sustainable
  • Relevant for supplier selection based on environmental criteria
  • EU Taxonomy Overview
    REACH Regulation (EU) Valid since June 1, 2007 (with ongoing updates)
  • Regulates the registration, evaluation, and authorization of chemical substances
  • Purchasing must ensure and document material compliance
  • ECHA - REACH Regulation
    RoHS Directive (EU) Valid since July 1, 2006 (current version: 2011/65/EU)
  • Restricts hazardous substances in electronic and electrical components
  • Particularly relevant for electronic components in vehicles
  • EU - RoHS Overview
    Euro standards (e.g., Euro 6, Euro 7) Euro 6 valid since September 2015 Euro 7 planned from: July 1, 2027 (for passenger cars and light commercial vehicles)
  • Emission limits (NOx, particulates, CO)
  • Impact on specifications for exhaust technology, brakes, and tires
  • EU Commission – Euro 7 proposal
    CO₂ fleet limits (EU Regulation 2019/631) Valid since January 1, 2020 (with gradual tightening until 2035 under the " ")
  • CO₂ target values for vehicle fleets
  • Relevance for low-emission components and lightweight construction
  • Penalties for exceeding the limits
  • EU Regulation 2019/631 - EUR-Lex
    EU Battery Regulation Valid since: August 17, 2023
  • Requirements for CO₂ footprint, recycling rates, and proof of origin
  • Introduction of a mandatory digital battery passport from 2026
  • EU - New Battery Regulation 2023
    Ecodesign Regulation (ESPR - Ecodesign for Sustainable Products Regulation) Adopted in 2025, expected to come into force in 2026
  • Requirements for reparability, durability, and resource efficiency
  • Promotion of sustainable, circular product design
  • EU - Ecodesign Regulation Overview

    Strategic approach: Companies that use compliance as a driver of innovation gain the trust of investors and customers.

    Actively leveraging regulations and sustainability is increasingly shaping the role of purchasing. This trend is clearly noticeable, as the German government is also promoting this way of thinking. One example is the federal government's 2020 economic stimulus package with targeted support modules. These modules include the modernization of production facilities and the promotion of regional innovation clusters. This provides active support for the automotive industry's transformation to a " " (smart, sustainable, and digital) economy. The aim is to build resilient supply chains, drive forward future-oriented fields of technology such as autonomous driving, and enable a networked, high-performance industry through digital infrastructure projects such as GAIA-X. Purchasing is becoming the interface for innovation, partnership, and transformation.

    Trend 4: Data-driven purchasing with predictive analytics

    Data-driven purchasers make better decisions than their colleagues who rely on gut instinct.

    • Predictive analytics models help identify future demand, price trends, and potential supply bottlenecks at an early stage. A data-driven view of the future provides a clear competitive advantage. This is particularly important for components that are difficult to plan, such as semiconductors and high-voltage batteries.
    • Combining internal data (e.g., order history, consumption behavior, production planning) with external sources (e.g., market analyses, geopolitical developments, raw material prices) creates a sound basis for purchasing decisions. For example, an increase in nickel prices can be taken into account at an early stage in battery production.

    Companies with data-based purchasing processes react much more agilely to fluctuations in demand, raw material shortages, or political changes. The ability to act early is becoming a decisive strength in international competition.

    Trend 5: Rethinking global procurement: regionalization & nearshoring

    Paradigm shift: Instead of "global sourcing," the new buzzword is "smart sourcing." The motto is: regional where possible, global where necessary.

    • Shorter delivery routes reduce costs and emissions: By moving production and procurement activities closer to the production site, transport times and costs can be significantly reduced. At the same time, CO₂ emissions are reduced.
    • Greater resilience in uncertain times: Regional supplier relationships are often more stable and less susceptible to international crises, natural disasters, or political tensions. Especially with precise scheduling and just-in-time production, regional proximity can be crucial to ensuring delivery capability.
    • Less dependence on risk regions: Many companies in the industry are currently rethinking their heavy dependence on individual markets, especially China. Targeted diversification of the supplier structure through nearshoring creates strategic options and reduces the risk of delivery failures or geopolitically induced restrictions.
    • Strengthening local economies: The integration of regional suppliers not only strengthens local economic structures, but also promotes trust among customers, partners, and employees.
    • Easier compliance and ESG fulfillment: Regional procurement makes it easier to comply with legal requirements.

    From theory to practice: your 3-phase action plan

    Knowing the five trends is one thing, implementing them successfully is another. Here is your concrete roadmap for future-proofing procurement in your company:

    Phase 1: Immediate measures (0-3 months)

    Goal: Identify weaknesses and achieve quick wins

    Concrete steps:

    • Conduct a digitalization audit
      • Document all manual ordering processes
      • Measure the time required for each process
      • Evaluate automation potential (start with indirect purchasing)
    • Create a risk inventory
      • Identify single-source suppliers
      • Categorize critical components according to availability
      • Analyze geographical risk distribution
    • Perform compliance check
      • Check LkSG requirements against current processes
      • Review supplier documentation for ESG criteria
      • Identify legal gaps

    Expected result: Transparency regarding the current situation and an initial 5-10% increase in efficiency

    Phase 2: Medium-term transformation (3-12 months)

    Goal: Implement systems and establish structures

    Specific steps:

    • Introduce an e-procurement system
      • Evaluate providers based on automotive specifications
      • Start pilot project with one product group
      • Gradually integrate Tier 1 suppliers
    • Drive forward supplier diversification
      • Establish at least two alternative sources for critical components
      • Evaluate nearshoring options in Eastern Europe/North Africa
      • Qualify and onboard regional suppliers
    • Establish predictive analytics
      • Define and link data sources
      • Implement AI tools for price forecasting
      • Test initial forecast models for semiconductors/batteries

    Expected result: 15-25% increase in efficiency and significantly higher supply chain resilience

    Phase 3: Strategic realignment (12+ months)

    Goal: Position purchasing as a strategic driver of innovation

    Specific steps:

    • Develop co-innovation programs
      • Joint development projects with key suppliers
      • Establish joint R&D budgets for future technologies
      • Establish Supplier Innovation Days
    • Full ESG integration
      • Incorporate sustainability KPIs into all supplier contracts
      • CO₂ footprint tracking for the entire supply chain
      • Integrate circular economy principles into product development
    • Create a digital ecosystem
      • Implement blockchain for supply chain transparency
      • Install IoT sensors for real-time monitoring
      • Digitally connect Tier 2 and Tier 3 suppliers

    Expected result: Purchasing will evolve from a cost optimizer to a strategic competitive advantage

    Conclusion

    The German automotive industry is at a crossroads. While international competitors score points with low costs and rapid innovation, German companies have a decisive advantage: their engineering expertise and precision.

    Purchasing is the key to activating these strengths. Companies that strategically transform their purchasing not only secure short-term cost savings, but also long-term competitive advantages.

    The decision is yours: Will you remain a reactive cost optimizer or become a proactive driver of innovation?

    FAQ

    What is meant by direct and indirect purchasing in the automotive industry?
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    Direct purchasing includes materials that go directly into the vehicle, such as body parts, batteries, or engines. Indirect purchasing refers to goods and services such as IT services, software licenses, or machine maintenance that support the production process but are not included in the end product.

    Why will the German automotive industry be in crisis in 2025?
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    The causes include high export dependency, declining location attractiveness, lagging electromobility, and global risks such as trade conflicts and supply bottlenecks. Production has fallen by around 25% since 2018.

    What role does purchasing play in the competitiveness of automotive manufacturers?
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    Purchasing has a significant impact on the cost structure. Through product group management, supplier consolidation, and digital solutions, companies can achieve significant savings while increasing efficiency and resilience.

    What trends will shape purchasing in the automotive industry in 2025?
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    The five key trends are:

    • Digitalization & e-procurement
    • Strategic risk management
    • Compliance as a competitive advantage
    • Data-driven purchasing with predictive analytics
    • Regionalization & nearshoring
    How do digital solutions help in automotive purchasing?
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    Digital procurement tools automate ordering processes, create real-time transparency along the supply chain, improve supplier communication, and increase scalability as demand grows.

    What is data-driven purchasing and why is it important?
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    Data-driven purchasing uses internal and external data sources to predict demand, prices, and risks. This enables faster, more informed decisions and reduces dependence on markets or suppliers.

    What role does compliance play in automotive procurement?
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    Laws such as the Supply Chain Due Diligence Act (LkSG) and the EU CSRD create new requirements – but also opportunities. Companies that use compliance strategically strengthen trust among stakeholders and differentiate themselves from the competition.

    What does nearshoring mean for the automotive industry?
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    Nearshoring refers to the relocation of procurement or production processes to geographically closer regions. This increases resilience, reduces transport costs, and facilitates compliance with ESG standards.

    How do I begin the transformation of my purchasing?
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    A three-step action plan is helpful:

    Phase 1: Immediate measures (e.g., digitalization audit, risk inventory)
    Phase 2: System implementation & supplier diversification
    Phase 3: Strategic realignment & ESG integration

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    About the Author
    By Fabian Heinrich
    Fabian Heinrich
    CEO & Co-Founder of Mercanis

    Fabian Heinrich is the CEO and co-founder of Mercanis. Previously he co-founded and grew the procurement company Scoutbee to become a global market leader in scouting with offices in Europe and the USA and serving clients like Siemens, Audi, Unilever. With a Bachelor's degree and a Master's in Accounting and Finance from the University of St. Gallen, his career spans roles at Deloitte and Rocket Internet SE.

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