U.S. Priorities in EV Battery Platform Nominations
Methodology
Type of Study
Sample Size
Location
Industry
Segment
Sub-Segment
Target Audience
the challenge
A battery technology provider needed clear evidence of which battery innovations were most likely to secure near-term platform nominations in the U.S. EV market. Stakeholders lacked a consistent view of what “wins” internally—balancing safety, performance, manufacturability, and total cost—making it difficult to prioritize R&D, refine value propositions, and target the right accounts. The client required research that supported decision-making on where to invest, how to position differentiation, and which proof points would help brands accelerate adoption.
Our Approach
InnResearch designed a decision-focused quantitative study to quantify adoption readiness and nomination criteria across the EV battery ecosystem. We built a role-balanced sample spanning OEM engineering, cell manufacturing, battery materials, and pack integration stakeholders to map: (1) current and planned technology adoption, (2) decision drivers behind platform nominations, (3) proof thresholds needed to de-risk new technologies, and (4) trade-offs between cost, safety, performance, and scalability. The approach enabled stakeholders to prioritize the most nomination-relevant capabilities and tailor go-to-market messages to the expectations of technical and commercial buyers.
Key Insights
Nomination likelihood clustered around “de-risked scalability”: respondents prioritized technologies with proven manufacturability, stable yields, and supply availability over lab-level performance gains. Safety proof points outperformed performance claims: validated thermal stability and abuse-testing evidence consistently ranked as decisive for internal alignment and executive sign-off. Total delivered cost beat component cost: decision-makers evaluated cost through the lens of pack-level integration changes, warranty exposure, and ramp risk—not just $/kWh. Credibility signals were role-dependent: engineers favored test data and validation depth, while sourcing leaders emphasized supplier reliability, capacity commitments, and localization readiness.
Impact
The study delivered actionable insights that enabled stakeholders to focus R&D roadmaps on nomination-critical requirements (validation, manufacturability, and scale readiness) and sharpen commercial messaging around the proof thresholds buyers demanded. Findings supported decision-making on target-account prioritization (OEM vs. Tier-1 vs. cell makers), strengthened sales enablement with role-specific proof narratives, and helped brands allocate investment toward the capabilities most likely to secure near-term platform nominations in the U.S.
Conclusion
InnResearch translated complex EV battery innovation debates into clear, quantified nomination criteria and proof expectations. By linking adoption likelihood to decision drivers across technical and commercial stakeholders, the research supported decision-making, enabled stakeholders to align roadmaps and go-to-market strategy, and delivered actionable insights that helped brands compete more effectively for U.S. EV platform nominations.