Mind the Gap: Why Global Infrastructure is Struggling to Keep Up with BEV Demand

As the global electric vehicle market shifts from early adopters to the mainstream, the focus is turning toward the infrastructure required to keep hundreds of millions of vehicles on the road. While unit shipments for EV chargers are more measured than some other markets tracked by dataportl, the high-value nature of these systems is driving a massive revenue surge. 

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According to dataportl data, the global installed base will surpass 200 million BEVs by 2032, a figure that includes passenger car BEV, Passenger Car PHEV, LCV BEV, and Truck BEV. This fleet is currently supported by an installed base of approximately 22 million chargers across both residential and public categories.

While residential chargers, from brands like Growatt, Ohme, Pod, Myenergi, Sungrow, Tesla, and Wallbox, remain the primary charging method, the pressure on the public network is intensifying as more diverse vehicle types enter the fleet.

The residential wallbox (home charger) has evolved from a niche category into a critical infrastructure segment. While 2024 saw a brief cooling in Europe as incentives matured, dataportl noted the trajectory accelerated in 2025 due to a monumental push in China and the arrival of budget-friendly EV platforms.

Looking ahead, the market will be defined by the transition from passive plugs to intelligent energy nodes. The integration of bidirectional charging enables households to use vehicles as home batteries (V2H), while smart grid regulations mandate sophisticated energy management (V2G). As EVs achieve price parity with combustion engines, the wallbox is transitioning into a standard household appliance.

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With that, back to the article.

The public charging station market has transitioned from a fragmented pilot phase into a strategic infrastructure backbone. By 2025, a significant divergence emerged as China’s massive domestic push for 28 million total chargers by 2027 drove record annual shipments. Dataportl shows that China looks set to achieve its goal.

Looking toward 2032, the dataportl forecast is underpinned by a global shift toward high-power DC infrastructure and the standardization of hardware to support diverse fleets, including megawatt charging for heavy-duty transport. Charging stations are moving beyond simple power delivery to become active participants in grid stability through bidirectional energy management.

The reliance on public infrastructure is set to increase significantly over the coming years as the rollout struggles to keep pace with a growing BEV fleet. dataportl estimates that the ratio of BEVs to public chargers is projected to rise to 17.8 by 2032. While China maintains a strong pace of deployment and looks set to achieve its aggressive infrastructure goals, dataportl suggests that outside China, the rollout is likely to fall far behind demand.

In Western markets, current installation rates are struggling to match the cumulative number of EVs on the road. This rising ratio signals a massive demand for high-efficiency equipment from public infrastructure leaders like ABB, Delta, ChargePoint, Eaton, Tesla, TELD, Tritium, Schneider, Siemens, Star Charge, and Webasto (Ampure). To prevent infrastructure from becoming a permanent bottleneck to mainstream adoption, more must be done to accelerate the rollout, particularly in addressing grid capacity constraints and urban kerbside access.

While unit shipments are more measured than some other markets tracked by dataportl, EV charging stations are high-value items that represent a major revenue engine for the sector. dataportl expects total revenues for EV charging stations to exceed US$100 billion over the next 5 years. This valuation reflects the shift toward sophisticated public charging solutions that require advanced power semiconductors and communication modules to maintain the reliability mainstream drivers now expect.

The dataportl data on the increasing BEV-to-charger ratio underscores a widening "infrastructure gap" that presents a critical opportunity for innovation in power density and reliability. With the installed base of chargers lagging behind vehicle sales outside of China, the market will prioritize high-value, high-uptime equipment to ensure the transition to electric mobility remains seamless.

Success for suppliers to this market will hinge on moving beyond simple unit volumes to capture the massive revenue growth in high-power, intelligent charging solutions that turn vehicles into active assets for both the home and the grid.

The future of electrification depends on closing the gap between the expected 200 million vehicles on the road and the infrastructure supporting them.

This market forms part one of dataportl’s 200+ device coverage. Displayed on our dashboard and used by teams to track how demand evolves over time, where volume is concentrating by region, and which brands/OEMs are driving scale. Market Data. Made Simple.