What is driving the shift in EV strategy?
The global electric vehicle market is entering a more demanding phase. Cost control, manufacturing discipline, and platform flexibility now matter as much as battery range or headline performance.
Frost & Sullivan’s new analysis argues that established carmakers are moving away from isolated electrification programmes. They are adopting universal architectures, deeper supply-chain control, and closer charging partnerships. The goal is to build electric vehicles that can be sold profitably at scale. Competition from Chinese manufacturers is mounting. Consequently, global original equipment manufacturers are rethinking their approaches to vehicle design and production.
How fast will EV sales grow?
Frost & Sullivan forecasts worldwide battery electric vehicle sales will rise from 17.8 million units in 2024 to around 32.6 million by 2031. The strongest acceleration is expected after 2027. Lower-priced models will reach the market by then, and emissions regulations will tighten further.
Chinese manufacturers are increasing competitive pressure across all segments. As a result, global carmakers are redesigning vehicles around modular platforms. These platforms can support multiple vehicle segments and battery chemistries. That flexibility gives manufacturers more room to manage costs while responding to changing buyer expectations.
What technologies are shaping the next wave?
Manufacturers are increasingly localising production and integrating more of their supply chains. They are also investing in technologies that improve efficiency and reduce charging times. These include sodium-ion batteries, solid-state batteries, and 800-volt electrical systems. Each approach addresses a different aspect of the cost and performance challenge.
In addition, ultra-fast charging networks are becoming central to how carmakers plan their ecosystems. Renewable energy partnerships are part of this broader approach. Frost & Sullivan believes these elements will shape the sector through 2031. The consultancy treats charging infrastructure and energy sourcing as extensions of the vehicle itself, rather than separate concerns.
Which manufacturers are involved?
Frost & Sullivan’s study covers the electrification plans of twelve major groups. These are BMW, BYD, Ford, General Motors, Hyundai, Mercedes-Benz, Nio, Stellantis, Tesla, Toyota, VinFast, and Volkswagen. The breadth of that list shows how widely the industry has committed to platform standardisation.
However, standardisation alone does not guarantee success. The consultancy says the competitive landscape will be defined by how well carmakers combine platform standardisation with software-defined vehicle capabilities and strategic alliances. Manufacturers that connect those three elements are better placed to compete as the market grows more crowded after 2027.
What does platform standardisation actually mean for buyers?
For buyers, platform standardisation means more model variety at lower price points. A single architecture can underpin saloons, SUVs, and commercial vehicles. Therefore, manufacturers can spread development costs across a wider range of products. That brings down the cost per unit and gives carmakers more room to price competitively.
Meanwhile, software-defined vehicle capabilities add another layer of value. Carmakers can update vehicle functions remotely, which extends the useful life of each model. In combination with modular hardware platforms, this approach gives manufacturers a way to respond to shifting consumer preferences without redesigning vehicles from scratch. For consumers, the practical effect is more choice, more regular feature updates, and, over time, more accessible pricing across the electric range.
