Sustainability-Related Financial Disclosures
Year Ended 31 December 2024
TechManufacturing Global plc
About This Report
This Sustainability-Related Financial Disclosure has been prepared in accordance with IFRS S1 General Requirements for Disclosure of Sustainability-related Financial Information and IFRS S2 Climate-related Disclosures issued by the International Sustainability Standards Board (ISSB). These disclosures form an integral part of our general purpose financial reporting and should be read in conjunction with our Annual Report and Financial Statements for the year ended 31 December 2024.
Reporting Entity
These disclosures cover TechManufacturing Global plc and all subsidiaries included in our consolidated financial statements. Our operations span 15 countries across Europe, Asia, and the Americas, with primary manufacturing facilities in Germany, China, and the United States.
Basis of Preparation
This represents our first annual reporting period applying IFRS S1 and IFRS S2. We have applied the following transition reliefs permitted under IFRS S1:
- Comparative information: Not presented for the prior period
- Scope 3 GHG emissions: Reported for Categories 1 (Purchased goods and services), 3 (Fuel and energy-related activities), and 11 (Use of sold products) only, representing approximately 85% of our estimated total Scope 3 footprint. Full 15-category reporting will commence from our 2025 report.
- Climate scenario analysis: Applied to our two most material business segments (Advanced Electronics and Automotive Components), which together represent 68% of group revenue
The reporting period aligns with our financial year (1 January to 31 December 2024).
Governance
Board Oversight
Ultimate oversight of sustainability-related risks and opportunities rests with our Board of Directors. The Board has established a dedicated Sustainability Committee comprising four non-executive directors, including our Lead Independent Director. Committee members possess relevant expertise spanning industrial manufacturing, environmental science, risk management, and corporate finance.
Board-level responsibilities:
Our Board’s sustainability governance includes:
- Reviewing and approving our climate transition strategy, including our commitment to achieve net zero emissions across our value chain by 2050
- Assessing climate-related risks and opportunities in the context of our business strategy and financial planning
- Approving material capital expenditure related to climate initiatives, including the €120 million investment in renewable energy and energy efficiency approved during 2024
- Monitoring sustainability-related metrics as part of quarterly business reviews
- Overseeing the adequacy of climate-related risk management processes
- Reviewing and approving these sustainability-related financial disclosures
2024 Board Activities:
During 2024, the Board undertook the following sustainability-related activities:
| Quarter | Activity | Outcome |
|---|---|---|
| Q1 2024 | Approved 2030 Science-Based Target | Committed to 50% absolute Scope 1 and 2 reduction vs 2019 baseline |
| Q2 2024 | Climate scenario analysis review | Endorsed enhanced physical risk adaptation strategy |
| Q3 2024 | Capital allocation review | Approved €120m climate investment programme |
| Q4 2024 | Annual strategy review | Integrated climate considerations into 2025-2029 strategic plan |
The Board receives a comprehensive sustainability dashboard quarterly, including metrics on greenhouse gas emissions intensity, energy consumption, renewable energy percentage, climate-related capital deployment, and progress against emissions reduction targets.
Management Responsibility
Day-to-day management of climate-related risks and opportunities is led by our Chief Sustainability Officer (CSO), who reports directly to the Chief Executive Officer and sits on the Executive Leadership Team. The CSO position was established in 2019 and currently has a team of 15 sustainability professionals supporting implementation across our global operations.
Management Structures:
Our CSO chairs the Sustainability Steering Committee, which meets monthly and comprises:
- Chief Financial Officer (co-chair)
- Chief Operating Officer
- Chief Procurement Officer
- Chief Technology Officer
- Regional Presidents (Americas, Europe, Asia-Pacific)
- Group Head of Risk
- Head of Investor Relations
This cross-functional structure ensures climate considerations are embedded in operational, strategic, and financial decision-making. The committee’s mandate includes:
- Developing and implementing our climate transition strategy
- Monitoring climate-related KPIs and progress against targets
- Identifying and assessing emerging climate-related risks and opportunities
- Recommending climate-related capital investments to the Board
- Coordinating climate initiatives across business units and geographies
- Ensuring consistency in climate-related internal and external reporting
Integration into Decision-Making:
Climate considerations are systematically integrated into business processes:
- Capital allocation: All capital projects exceeding €5 million require a climate impact assessment, with preference given to lower-carbon alternatives where financially viable
- Product development: Lifecycle carbon assessments are mandatory for all new product designs
- Procurement: Supplier selection criteria incorporate carbon intensity metrics, with suppliers representing 70% of procurement spend now required to set science-based emissions reduction targets
- Site selection: New facility decisions incorporate climate risk screening for physical and transition risks over a 30-year time horizon
- Performance management: Climate-related KPIs constitute 20% of annual incentive compensation for the Executive Leadership Team
Strategy
Material Sustainability-Related Matters
During 2024, we conducted a comprehensive sustainability materiality assessment involving:
- Internal stakeholder interviews across all business functions and geographies (85 participants)
- External stakeholder engagement including investors (15 institutions representing 32% of share capital), customers (20 major accounts), suppliers (30 strategic partners), and civil society organizations
- Analysis of regulatory developments in our key markets
- Benchmarking against industry peers and sustainability frameworks
Materiality Assessment Outcome:
This process identified climate change as our most material sustainability issue, given:
- Increasing regulatory requirements across our major markets (EU, UK, California)
- Direct physical risks to manufacturing facilities and supply chain
- Significant transition risks from carbon pricing and customer requirements
- Strategic opportunities in low-carbon product markets
- Investor focus on climate-related financial disclosures and transition planning
While other sustainability matters including water management, circular economy, human rights in the supply chain, and product safety were identified as material, this report focuses primarily on climate-related matters in accordance with IFRS S2, with connections to other sustainability issues disclosed where relevant.
Climate-Related Risks
We have identified the following climate-related risks with potential to materially affect our financial position, performance, or cash flows over the short (0-3 years), medium (3-10 years), or long term (>10 years).
Transition Risks
1. Carbon Pricing Mechanisms
Type: Policy and Legal | Time Horizon: Short to Medium term
Description: Our manufacturing operations and energy consumption expose us to increasing carbon prices through:
- EU Emissions Trading System (EU ETS) for our European facilities
- UK Emissions Trading Scheme (UK ETS) for UK operations
- EU Carbon Border Adjustment Mechanism (CBAM) on imported components
- Potential carbon pricing in other jurisdictions
Financial impact:
- Current impact (2024): Carbon compliance costs of €11.2 million, comprising €8.4 million for EU ETS and €2.8 million for UK ETS
- Medium-term projection: Under our central scenario assuming carbon prices reach €150/tCO2e by 2030, annual carbon costs could reach €45-50 million based on current emission levels
- Under a disorderly transition scenario with rapid price escalation to €200/tCO2e by 2030, costs could reach €60-65 million annually
Mitigation strategy:
- Investment in energy efficiency targeting 30% reduction in energy intensity by 2030
- Renewable energy procurement via Power Purchase Agreements (PPAs) – 42% of electricity from renewables in 2024, targeting 100% by 2030
- Electrification of industrial processes (€85 million investment programme 2024-2030)
- Product and process innovations to reduce manufacturing emissions
- Engagement with policymakers on carbon pricing design
Time period for anticipated effects: Carbon costs will increase progressively from 2025 onwards, with material step-changes expected in 2027 (CBAM full implementation) and 2030 (EU ETS tightening). These costs are incorporated into our medium-term financial planning and product pricing strategies.
2. Customer Emissions Requirements
Type: Market | Time Horizon: Short term
Description: Major customers, particularly in automotive and consumer electronics sectors, are imposing supplier emissions reduction requirements as part of their own net zero strategies. We face:
- Mandatory emissions reductions targets in supplier contracts
- Product carbon footprint disclosure requirements
- Risk of contract loss or reduced market share if unable to meet requirements
- Competitive disadvantage versus lower-carbon competitors
Financial impact:
- Current impact: Three major customers representing 18% of group revenue (€325 million) have introduced carbon intensity requirements in 2024
- Medium-term projection: Customers representing approximately 40% of revenue (€720 million) are expected to implement supplier emissions requirements by 2027
- Risk quantification: Failure to meet customer requirements could result in revenue loss of €100-150 million annually by 2028, based on contract terms and customer communications
- Opportunity: Successfully meeting requirements positions us favorably for contract renewals and may enable premium pricing for low-carbon variants (estimated uplift of 3-5%)
Mitigation strategy:
- Development of “EcoLine” low-carbon product range launched in 2024, achieving 35-40% lower product carbon footprint through design optimization and low-carbon materials
- Investment in supply chain emissions measurement and reduction
- Customer collaboration on product design for lower lifecycle emissions
- Transparent product carbon labeling using ISO 14067 methodology
- Regular customer engagement on sustainability roadmap and progress
Time period for anticipated effects: The commercial impact is already materializing, with one major contract renewal in Q4 2024 including a 25% weighting for emissions performance. We anticipate escalating requirements through 2025-2027, with potential revenue impacts materializing from 2026 if mitigation efforts are insufficient.
3. Technological Transition Requirements
Type: Technology | Time Horizon: Medium to Long term
Description: Achieving our net zero commitment requires adoption of emerging low-carbon manufacturing technologies that are either not yet commercially proven at scale or carry technology and performance risks. This includes:
- Electrification of high-temperature industrial processes currently dependent on natural gas
- Hydrogen or alternative fuels for process heating
- Carbon capture and utilization technologies for residual emissions
- Advanced materials with lower embodied carbon
Financial impact:
- Capital investment: We estimate €250-320 million of capital expenditure required over 2025-2040 for technology transition
- Technology risk: Early adoption of unproven technologies carries risk of stranded assets if technologies fail or are superseded
- Competitive risk: Delayed adoption could result in loss of technology leadership and market share
- Cost uncertainty: Technology costs are highly uncertain, particularly for emerging solutions like hydrogen and carbon capture
Mitigation strategy:
- Phased technology deployment starting with proven solutions (energy efficiency, renewable energy, electrification) before higher-risk technologies
- Technology partnerships and pilot projects to de-risk emerging solutions
- Continued R&D investment (€18 million in 2024) focusing on lower-carbon manufacturing processes
- Scenario planning for multiple technology pathways
- Financial flexibility maintained through prudent balance sheet management
Time period for anticipated effects: Major technology investments will be required from 2028 onwards to meet our 2030 interim targets and maintain trajectory to 2050 net zero. Technology decisions made in the 2025-2030 period will materially influence our 2035-2050 pathway and associated costs.
Physical Risks
1. Flooding – Manufacturing Facilities
Type: Acute Physical | Time Horizon: Medium to Long term
Description: Our Chongqing facility (China), representing 15% of global production capacity, is located in a river valley with increasing flood risk. Climate projections indicate:
- Increased frequency and intensity of extreme rainfall events
- 30-50% increase in 1-in-100-year flood probability by 2040 under RCP 4.5 scenario
- Potential for concurrent flooding across multiple sites in the Yangtze River basin affecting our supply chain
Financial impact:
- One-time event cost: A severe flooding event could result in:
- Property damage: €40-60 million (partially covered by insurance with €15 million deductible)
- Business interruption: €25-40 million for 8-12 week production stoppage (insurance covers up to €30 million with 4-week waiting period)
- Supply chain recovery costs: €10-15 million
- Total potential loss: €75-115 million
- Ongoing costs: Insurance premiums increased 28% in 2024 to €3.8 million for this facility
- Adaptation costs: €12 million invested in 2024 for flood defenses; further €8-12 million required by 2027
Mitigation strategy:
- Physical flood defenses installed in 2024 designed for 1-in-200-year flood event
- Business continuity planning including enhanced inventory buffers and backup production capacity at other sites
- Supply chain diversification to reduce concentration risk in flood-prone regions
- Insurance coverage maintained with annual adequacy review
- Long-term strategic review considering facility relocation (decision required by 2028)
Time period for anticipated effects: Flood risk is increasing gradually with step-changes expected in the 2030s and 2040s. Short-term risk (next 5 years) is moderate but manageable with current mitigation measures. Medium to long-term risk (beyond 2030) may require more substantial interventions including potential facility relocation.
2. Water Stress – Operations and Supply Chain
Type: Chronic Physical | Time Horizon: Short to Medium term
Description: Three manufacturing facilities (Texas, Rajasthan, São Paulo) accounting for 28% of production capacity are located in regions facing water stress. Additionally, key suppliers in water-stressed regions face operational risks. Climate projections indicate:
- Increasing water scarcity in these regions
- More frequent water supply restrictions and rationing
- Escalating water costs
- Potential regulatory constraints on water-intensive industries
Financial impact:
- Current impact (2024): Water costs at facilities in water-stressed regions increased 15% year-on-year to €4.2 million
- Medium-term projection:
- Water costs could increase 40-60% by 2030 under high stress scenarios, adding €6-9 million annually to operating costs
- Production curtailment risks: One facility faced mandatory 20% production curtailment for 6 weeks in summer 2024 (financial impact: €3.2 million)
- Supply chain disruption risks: Two critical suppliers have experienced water-related production issues in 2024
Mitigation strategy:
- Water efficiency programme targeting 35% intensity reduction by 2030 (from 2019 baseline)
- Water recycling and treatment systems: €7.5 million invested in 2024, achieving 25% water recycling at Texas facility
- Alternative water sources: Rainwater harvesting and treated wastewater agreements
- Supply chain diversification from water-stressed regions where feasible
- Water risk incorporated into site selection criteria for new facilities
Time period for anticipated effects: Water stress impacts are already material and escalating. We expect continued cost increases and operational disruptions in the short term (2025-2027), with potential material impacts on production capacity and supply chain reliability in the medium term (2027-2035) absent effective mitigation.
Climate-Related Opportunities
1. Low-Carbon Product Portfolio
Type: Products and Services | Time Horizon: Short to Medium term
Description: Growing customer demand for products with lower embodied carbon creates market opportunities. In 2024, we launched our “EcoLine” range achieving 35-40% carbon footprint reduction through design optimization, low-carbon materials, and renewable energy in manufacturing.
Financial quantification:
- 2024 performance: EcoLine products generated revenue of €58 million (3.2% of group revenue) with gross margins 4.5 percentage points higher than standard products
- 2025-2027 outlook: We project EcoLine revenue growth to €180-220 million by 2027 (8-10% of projected group revenue)
- Medium-term opportunity: Addressable market for low-carbon products estimated at €1.2-1.5 billion by 2030 across our key sectors, with potential market share of 12-15% (€150-225 million)
- Margin benefit: Premium pricing of 8-12% achievable for certified low-carbon products, enhancing profitability
Strategy to realize opportunity:
- R&D investment: €22 million annually (2024-2027) for product innovation targeting 50% carbon footprint reduction for next-generation products
- Marketing and customer engagement: Dedicated sales team and customer partnership programs
- Third-party verification: Product Carbon Footprint certifications using ISO 14067 and sector-specific Product Category Rules (PCRs)
- Manufacturing footprint: Prioritize renewable energy at facilities producing EcoLine products to maximize carbon reduction
- Supply chain collaboration: Working with suppliers on low-carbon materials and components
Time period for anticipated effects: Revenue contribution is already material and growing rapidly. We expect significant revenue growth through 2025-2027, with EcoLine becoming mainstream rather than niche by 2028-2030. This opportunity partially offsets transition risk from carbon pricing and customer requirements.
2. Energy Efficiency and Renewable Energy
Type: Resource Efficiency and Energy Source | Time Horizon: Short to Medium term
Description: Investments in energy efficiency and renewable energy reduce both operating costs and exposure to carbon pricing, while improving competitiveness.
Financial quantification:
- Energy efficiency programme: Targeting 30% energy intensity reduction by 2030 (from 2019 baseline)
- 2024 achievement: 11% intensity reduction vs 2019, delivering €6.8 million in energy cost savings
- Projected cumulative savings: €18-22 million annually by 2030 at full implementation
- Capital investment: €95 million over 2024-2030; simple payback period of 4-5 years
- Renewable energy programme: Targeting 100% renewable electricity by 2030
- 2024 achievement: 42% renewable electricity through PPAs and on-site generation
- Cost advantage: PPAs provide 7-12% cost saving versus grid electricity with price certainty over 10-15 year contract terms
- Projected savings: €12-16 million annually by 2030 versus fossil-fuel based grid electricity, plus hedging volatile energy prices
- Capital investment: €25 million for on-site solar installations (completed in 2024); no capital required for PPAs
Strategy to realize opportunity:
- Systematic energy audits and continuous improvement programs at all major facilities
- Investment in high-efficiency equipment, process optimization, and heat recovery
- Long-term renewable energy PPAs secured for major facilities
- On-site renewable generation where economically viable
- Energy management systems (ISO 50001 certified at 8 of 10 major sites)
Time period for anticipated effects: Benefits are already material and will increase progressively through 2030 as programs scale. Energy efficiency improvements deliver immediate returns; renewable energy benefits locked in through long-term PPAs provide cost certainty and carbon price protection through 2035-2040.
Effects on Financial Position, Performance, and Cash Flows
Current Period Effects (2024)
Climate-related risks and opportunities had the following quantified impacts on our financial performance in 2024:
| Item | P&L Impact (€m) | Balance Sheet Impact (€m) | Cash Flow Impact (€m) | Notes |
|---|---|---|---|---|
| Risks | ||||
| Carbon compliance costs (EU ETS, UK ETS) | (11.2) | – | (11.2) | Operating costs |
| Increased insurance (physical risk) | (3.8) | – | (3.8) | 28% increase YoY |
| Water stress – increased costs | (4.2) | – | (4.2) | 15% increase YoY |
| Water stress – production curtailment | (3.2) | – | (3.2) | Rajasthan facility Q3 |
| Opportunities | ||||
| Energy efficiency savings | +6.8 | – | +6.8 | 11% intensity improvement |
| Low-carbon product margin benefit | +2.6 | – | +2.6 | EcoLine premium margins |
| Investments | ||||
| Energy efficiency capex | – | +28 | (28.0) | Equipment upgrades |
| Renewable energy capex | – | +25 | (25.0) | On-site solar |
| Physical adaptation capex | – | +12 | (12.0) | Flood defenses |
| Water efficiency capex | – | +7.5 | (7.5) | Recycling systems |
| Low-carbon product R&D | (22.0) | – | (22.0) | Expensed as incurred |
| Net Impact | (35.0) | +72.5 | (105.5) |
Narrative Explanation:
Net operating profit impact in 2024 was negative €35.0 million (4.8% of group EBIT), primarily driven by carbon costs, physical risk impacts, and strategic R&D investment. However, this understates the economic benefit as:
- Energy efficiency and renewable energy investments (€53 million) will deliver ongoing annual savings of €18-22 million from 2030, representing attractive returns (IRR >15%)
- EcoLine revenue growth is accelerating, with full margin benefit to materialize as sales scale
- Physical adaptation investments protect assets with book value of €285 million
Capital expenditure related to climate transition represented 19% of group capex in 2024, reflecting our strategic priority on decarbonization and resilience.
Anticipated Future Financial Effects
Short-term (2025-2027)
- Carbon costs: Expected to increase by €8-12 million annually as EU ETS price rises and UK ETS tightens. CBAM will add €4-6 million annually from 2027.
- Energy savings: Incremental savings of €4-6 million annually as efficiency programmes scale
- EcoLine revenue: Growth to €180-220 million by 2027 (vs €58 million in 2024), contributing incremental gross profit of €12-18 million
- Climate capex: €85-95 million annually during this period for emissions reduction and adaptation
Medium-term (2028-2035)
- Carbon costs: Projected at €45-65 million annually by 2030 under various scenarios (vs €11.2 million in 2024), partially offset by emissions reductions
- Energy savings: Full programme benefits of €18-22 million annually realized by 2030
- Physical risks: Increasing water stress and flood risk may add €10-15 million annually to operating costs without further mitigation
- EcoLine maturation: Estimated revenue of €300-400 million by 2035 as low-carbon becomes standard rather than premium
- Technology investments: €180-220 million required for process electrification and emerging technology deployment
Long-term (2036-2050)
- Under orderly transition scenarios, successful execution of our net zero strategy positions us as a low-carbon leader, with competitive advantages offsetting transition costs
- Under disorderly transition scenarios, delayed action could result in sudden cost increases and competitive disadvantage
- Under high physical risk scenarios, chronic water stress and flood risks could require facility relocations, with one-time costs of €150-200 million and ongoing elevated operating costs
Climate Resilience and Scenario Analysis
We conducted climate-related scenario analysis to assess the resilience of our business strategy and model under different climate futures. This analysis was undertaken in H2 2024 with support from external climate scenario specialists.
Methodology:
Our scenario analysis:
- Covers our two largest business segments (Advanced Electronics and Automotive Components) representing 68% of group revenue
- Applies three climate scenarios aligned with Network for Greening the Financial System (NGFS) scenarios:
- Orderly Transition (Net Zero 2050): immediate policy action, smooth transition, 1.5°C warming
- Disorderly Transition (Delayed Transition): delayed policy action until 2030, then rapid changes, 1.5°C warming
- Hot House World (Current Policies): limited additional policy action, 3.3°C warming by 2100
- Considers time horizons: Short-term (2025-2027), Medium-term (2028-2035), Long-term (2036-2050)
- Quantifies financial impacts including revenues, costs, capital expenditure, and asset values
- Incorporates both transition and physical climate risks and opportunities
Scenario 1: Orderly Transition (Net Zero 2050) – 1.5°C
Scenario characteristics:
- Immediate and smooth policy action globally
- Carbon prices reach €100/tCO2e by 2030, €250/tCO2e by 2040
- Rapid but orderly transition to renewable energy
- Limited physical climate impacts (1.5°C warming)
- Strong market demand for low-carbon products
Financial implications:
| Timeframe | Key Impacts | Financial Quantification |
|---|---|---|
| Short-term (2025-2027) | – Rising carbon costs<br>- Growing EcoLine demand<br>- Energy efficiency benefits | – Carbon costs +€5-8m annually<br>- EcoLine revenue €180-220m<br>- Energy savings €4-6m annually |
| Medium-term (2028-2035) | – High carbon prices<br>- EcoLine mainstream<br>- Electrification required | – Carbon costs €25-30m annually (lower due to abatement)<br>- EcoLine revenue €300-400m<br>- Capex €180-220m for electrification |
| Long-term (2036-2050) | – Net zero achieved<br>- Competitive advantage<br>- Minimal physical risks | – Zero/minimal carbon costs<br>- Market leadership in low-carbon products<br>- Physical risk costs contained <€5m annually |
Strategic implications: Our current net zero strategy is well-aligned with this scenario. Early action on emissions reduction provides competitive advantage and minimizes disruptive changes. This represents our central planning scenario.
Resilience assessment: Strong. Our strategy is designed for orderly transition. Financial impacts are manageable and investments generate positive returns. By 2035, we expect net positive financial position through market opportunities and cost reductions.
Scenario 2: Disorderly Transition (Delayed Transition) – 1.5°C
Scenario characteristics:
- Delayed policy action until early 2030s
- Sudden and disruptive policy changes from 2030
- Carbon prices jump to €175/tCO2e by 2032
- Market disruption and volatility
- Accelerated technology change requirements
Financial implications:
| Timeframe | Key Impacts | Financial Quantification |
|---|---|---|
| Short-term (2025-2027) | – Low carbon costs initially<br>- Slower EcoLine adoption<br>- Less urgency for efficiency | – Carbon costs remain €10-15m<br>- EcoLine revenue growth slower<br>- Risk of under-investment |
| Medium-term (2028-2035) | – Sudden carbon price spike<br>- Scramble for low-carbon solutions<br>- Technology costs inflated | – Carbon costs spike to €60-80m by 2033<br>- Accelerated capex €250-300m (2030-2035)<br>- Potential asset write-downs €20-40m |
| Long-term (2036-2050) | – Similar end-state to orderly<br>- Higher transition costs<br>- More market disruption | – Additional costs €150-200m (cumulative)<br>- Competitive position stressed<br>- Recovery from 2040 onwards |
Strategic implications: Delayed action would result in higher costs and more disruptive transition in the 2030-2035 period. Our proactive strategy provides buffer against this scenario.
Resilience assessment: Moderate. Early action on emissions and efficiency provides partial protection. However, sudden policy changes and accelerated technology requirements in 2030-2035 would create financial stress, particularly if coupled with recession. May require additional financing or asset sales. Business model remains viable but margins compressed during transition period.
Scenario 3: Hot House World (Current Policies) – 3.3°C
Scenario characteristics:
- Limited additional climate policy
- Carbon prices remain below €50/tCO2e globally
- 3.3°C warming by 2100
- Severe physical climate impacts
- Limited market demand for low-carbon products
Financial implications:
| Timeframe | Key Impacts | Financial Quantification |
|---|---|---|
| Short-term (2025-2027) | – Low carbon costs<br>- Limited EcoLine demand<br>- Increasing physical risks | – Carbon costs €10-12m<br>- EcoLine revenue stagnates<br>- Physical risks begin escalating |
| Medium-term (2028-2035) | – Worsening physical impacts<br>- Water stress acute<br>- Flood frequency increases | – Water stress costs +€10-15m annually<br>- Flood risk: higher probability events<br>- Supply chain disruptions increase |
| Long-term (2036-2050) | – Severe chronic physical risks<br>- Multiple site relocations needed<br>- Supply chain breakdown risks | – Facility relocations €150-200m<br>- Ongoing physical costs +€25-35m annually<br>- Revenue at risk from supply disruption |
Strategic implications: Physical risks dominate in this scenario, particularly water stress and flooding. Our current physical adaptation investments provide only partial resilience. More substantial interventions needed by 2030s.
Resilience assessment: Weak to Moderate. Our business model remains viable but significant additional investments in physical adaptation required (€150-250 million over 2025-2040). May require facility relocations, with Chongqing relocation likely by 2035 (cost €120-150 million). Competitive pressure lower due to universal impact, but absolute returns reduced. Profitability and cash generation would be materially impacted from mid-2030s without further substantial adaptation investment.
Overall Resilience Assessment:
Our strategy demonstrates reasonable resilience across the three scenarios tested:
| Scenario | Resilience Rating | Key Vulnerabilities | Key Strengths |
|---|---|---|---|
| Orderly Transition | Strong | Execution risk on technology deployment | Early mover advantage; strong strategic alignment |
| Disorderly Transition | Moderate | Financial stress 2030-2035; potential asset stranding | Proactive strategy provides buffer vs. peers |
| Hot House World | Weak-Moderate | Physical risks to facilities; major adaptation capex required | Geographic diversification; physical adaptation underway |
Strategic Actions Identified:
Based on scenario analysis, we have identified the following actions to enhance resilience:
- Accelerate emissions reduction: Bring forward 2030 targets to create larger buffer against disorderly transition
- Physical resilience enhancement: Additional investment in flood defenses and water security at vulnerable sites (€25-35 million over 2025-2027)
- Strategic optionality: Maintain flexibility on Chongqing facility with decision gate in 2028 on adaptation vs. relocation
- Technology diversification: Invest in multiple technology pathways (electrification, hydrogen, carbon capture) to reduce technology lock-in risk
- Financial flexibility: Maintain strong balance sheet to weather potential disorderly transition period
- Supply chain resilience: Continue diversification away from high-risk regions; increase strategic inventory levels