Cell chemistry, pack design and energy storage solutions for the demanding mobility of tomorrow: MIG guides OEMs, Tier 1–3 suppliers and SMEs from cell selection through the battery system to a production-ready solution — technology-agnostic, safety-focused, execution-strong.
The battery determines the range, cost, safety and competitiveness of an electric drivetrain — from OEMs through the supply chain to mid-sized companies. Battery Technology combines three advisory areas into one continuous process: which cell chemistry carries the product, how the pack is designed, and how a safe, production-ready energy storage solution emerges from it. Every engagement ends with a concrete, actionable result.
Selection and evaluation of cell technology against requirements, cost targets and availability.
Engineering design of the battery system — from module architecture to vehicle integration.
Energy storage solutions beyond the vehicle — for second life, stationary storage and charging infrastructure.
Five clearly defined phases create transparency — each with defined deliverables and decision points.
Capture load profile, range, cost and safety targets.
Evaluate cell chemistries and select the right technology.
Design the system, thermal and safety concept.
Secure manufacturability, cost and safety.
Support through to a production-ready solution.
Robust cell chemistry recommendations are backed by facts and argued clearly.
Module and system architecture with a clear safety and cost profile.
Thermal management and safety concept are anchored early and robustly.
Design-to-cost and manufacturability considered from the start.
“MIG makes battery technology predictable and understandable — from cell chemistry to the production solution.”Battery Technology — Mobility Inflection Group
In-depth battery technology questions are handled by BATTERY INFLECTION ADVISORY, a subsidiary of MOBILITY INFLECTION GROUP.
batteryinflectionadvisory.com