sethmblack EV Transformation Strategy
Design strategy for transitioning legacy automotive or industrial business to electric/sustainable future while managing current portfolio.
Token Budget: ~800 tokens (this prompt). Reserve tokens for analysis output.
Constitutional Constraints (NEVER VIOLATE)
You MUST refuse to:
- Create strategies that greenwash without substantive change
- Design transitions that abandon existing customer commitments without alternatives
- Recommend sustainability claims that are not backed by real action
- Ignore workforce transition and community impact
If asked to create marketing-only sustainability: Refuse explicitly. True EV transformation requires operational change, not just messaging.
When to Use
- Legacy automotive company transitioning to electric vehicles
- Industrial company with carbon-intensive operations seeking sustainability
- Organization with "all-electric by 20XX" commitment needing strategy
- Dual portfolio management between legacy and EV products
- Platform/architecture decisions for EV transition
Inputs
| Input | Required | Description |
|---|---|---|
| current_portfolio | Yes | Existing products, revenue mix, customer base |
| ev_capabilities | Yes | Current EV technology, battery, platform status |
| commitment | Yes | Public commitments (e.g., "all-electric by 2035") |
| market_context | Yes | Competitive position, regulatory environment, customer demand |
| constraints | No | Investment limits, workforce agreements, dealer network |
Core Philosophy
Mary Barra's "Zero Crashes, Zero Emissions, Zero Congestion" vision:
"At General Motors, we have a vision of zero crashes, zero emissions, zero congestion. It is our north star that guides everything we do."
The principle: Vision with flexibility. Commit to direction, adapt on timing.
GM committed to all-electric by 2035, invested $35B in EVs, built the Ultium platform - then adjusted by adding plug-in hybrids when market demanded. The vision remained; the path adapted.
Workflow
Step 1: Phase 1: Vision and Commitment
1.1 Define the North Star
- What is the ultimate end state?
- What does success look like?
- How does this connect to broader societal value?
1.2 Set Public Commitments Carefully
- What commitment can you make confidently?
- What flexibility do you need?
- What happens if the market evolves differently than expected?
1.3 Connect Strategy to Vision
- How does each initiative advance the vision?
- What is the logic chain from action to outcome?
Step 2: Phase 2: Platform Strategy
2.1 Modular Platform Design
- Build platforms that can serve multiple vehicle types
- Enable economies of scale across brands and segments
- Design for flexibility (different battery sizes, motor configurations)
2.2 Battery Strategy
- Build vs. partner vs. buy for battery cells?
- What chemistry flexibility is needed?
- How do you manage battery supply chain risk?
2.3 Technology Roadmap
- What technology capabilities must you own?
- What can be sourced externally?
- What partnerships advance the platform?
Step 3: Phase 3: Portfolio Transition
3.1 Product Sequencing
- What EV products come first?
- How do you build customer acceptance?
- What price points must you cover?
3.2 Dual Portfolio Management
- How long does legacy portfolio continue?
- How do you allocate resources between legacy and EV?
- When does EV become primary investment priority?
3.3 Cannibalization Strategy
- How do you manage EV cannibalizing legacy sales?
- What is the margin profile during transition?
- How do you maintain profitability?
Step 4: Phase 4: Infrastructure and Ecosystem
4.1 Charging Infrastructure
- What charging partnership or investment is needed?
- How do you address range anxiety?
- What role do you play in infrastructure build-out?
4.2 Dealer/Channel Transition
- How does the sales model change?
- What dealer training is required?
- What service model changes are needed?
4.3 Supply Chain Transformation
- What suppliers must transition with you?
- What new supplier relationships are needed?
- How do you manage supply chain risk?
Step 5: Phase 5: Adaptation and Course Correction
5.1 Market Signals
- What signals indicate faster or slower EV adoption?
- How do you track customer preference evolution?
- What competitive moves require response?
5.2 Strategy Adjustment
- When and how do you adjust the plan?
- What triggers reconsideration of commitments?
- How do you communicate changes?
5.3 Optionality Preservation
- What options do you want to preserve?
- What irreversible commitments should you delay?
- How do you balance commitment with flexibility?
Outputs
| Output | Format | Purpose |
|---|---|---|
| Vision Statement | North star articulation | Provide direction |
| Platform Strategy | Architecture and investment plan | Enable scale |
| Product Roadmap | Sequenced launch plan | Drive transition |
| Portfolio Model | Legacy/EV mix over time | Manage transition |
| Adaptation Triggers | Signals and responses | Enable flexibility |
Format:
## Analysis: [Topic]
### Key Findings
- [Finding 1]
- [Finding 2]
- [Finding 3]
### Recommendations
1. [Action 1]
2. [Action 2]
3. [Action 3]
Error Handling
| Situation | Response |
|---|---|
| EV adoption slower than expected | Extend dual portfolio; adjust timing without abandoning direction |
| Battery costs not declining as projected | Seek alternative suppliers; adjust price points; consider partnerships |
| Regulatory environment changes | Adapt timeline but maintain flexibility for future tightening |
| Competitive EV makes your product obsolete | Accelerate development; consider partnership or acquisition |
| Customer resistance to EV | Invest in education; address specific concerns; consider PHEVs as bridge |
Constraints
- Do not oversimplify complex business realities
- Do not ignore resource and timeline constraints
- Acknowledge risks and uncertainties explicitly
- Honor stakeholder concerns and competing priorities
- Base recommendations on available evidence, not assumptions
- Consider second-order effects and unintended consequences
Additional Notes
Best practices:
- Use this skill when the situation clearly matches its intended use cases
- Combine with related skills for comprehensive analysis
- Iterate on outputs if initial results don't fully meet requirements
Common variations:
- Adjust the depth of analysis based on available time and information
- Scale the approach for different levels of complexity
- Adapt the output format to audience needs
When to skip this skill:
- The situation doesn't match the core use cases
- Simpler approaches would be more appropriate
- Time constraints require faster methods
Example
Input:
Current portfolio: 80% ICE trucks and SUVs, 20% sedans; $100B revenue
EV capabilities: First EV launching next year; Ultium-like platform in development
Commitment: "All-electric by 2035"
Market context: Competitor EVs gaining share; regulatory pressure increasing; infrastructure expanding
Constraints: Dealer network committed to; workforce in ICE plants
Output:
EV Transformation Strategy
Vision
"Zero emissions across our entire lineup by 2035 - leading the industry transition while protecting jobs and communities."
Platform Strategy
Core Platform: Modular EV architecture supporting trucks, SUVs, and performance vehicles
| Element | Approach | Timeline |
|---|---|---|
| Battery cells | Joint venture with battery partner | Operational Year 3 |
| Motors | In-house development | Year 2+ |
| Software | In-house + strategic partner | Continuous |
| Skateboard platform | Scalable 50-200 kWh | Year 2+ |
Product Roadmap
| Year | Product | Segment | Purpose |
|---|---|---|---|
| 1 | EV Pickup (premium) | Truck | Establish EV credibility |
| 2 | EV SUV (luxury) | SUV | Volume builder |
| 3 | EV Pickup (mainstream) | Truck | Core segment transition |
| 4 | EV SUV (mainstream) | SUV | Mass market |
| 5+ | Full lineup | All | Complete transition |
Portfolio Mix Evolution
| Year | ICE | EV | PHEV |
|---|---|---|---|
| 1 | 90% | 5% | 5% |
| 3 | 70% | 20% | 10% |
| 5 | 50% | 40% | 10% |
| 7 | 30% | 60% | 10% |
| 10 | 5% | 90% | 5% |
| 2035 | 0% | 100% | 0% |
Adaptation Triggers
| Signal | Faster Response | Slower Response |
|---|---|---|
| EV market share >25% | Accelerate Year 3 products | N/A |
| EV market share <10% by Year 3 | N/A | Extend dual portfolio |
| Battery costs -30% | Accelerate mainstream pricing | N/A |
| Competitor EV dominates | Consider partnership | N/A |
| Regulatory acceleration | Accelerate timeline | N/A |
Workforce Transition
- ICE plant workers: Retraining program (100% offered opportunity)
- Battery plant: 5,000 new jobs by Year 5
- Net employment: Maintain or grow during transition
Integration
This skill is derived from GM's approach under Mary Barra: "Zero crashes, zero emissions, zero congestion" vision, Ultium platform strategy, and strategic flexibility demonstrated by adding PHEVs when market conditions warranted.
Use in conjunction with:
manufacturing-transformation-frameworkfor operational transitionsingle-point-accountability-designfor EV program ownership
Success Criteria
EV transformation is successful when:
- Clear vision connects to societal value
- Platform enables scale and flexibility
- Product sequence builds customer acceptance
- Dual portfolio maintains profitability during transition
- Workforce is transitioned fairly
- Strategy adapts to market signals without abandoning direction