Market Data & Outlook
The EV-charging and battery-storage markets are converging. Charging infrastructure is growing at roughly 27-28% a year, while the battery market that underpins buffered charging is on track to roughly quadruple in value by 2030. This page collates headline market figures relevant to battery-buffered and PV-storage-charging hubs, with sources.
Key Market Indicators
Segments
| Category | 2026 | 2030 | Unit | CAGR |
|---|---|---|---|---|
| EV charging infrastructure | 93.6 | 249.9 | USD bn | 27.8% |
| EV charging stations | — | 153.2 | USD bn | 27.8% |
| EV batteries | 72.9 | 198.9 | USD bn | 22.2% |
| Energy storage | — | 219.6 | USD bn | — |
Regions
China
Largest charging network and battery supply base; TELD, StarCharge and CATL operate at national scale.
IEA / company reportsEurope
Public charging points to exceed 4.3 million by 2035; ultra-fast points approach half a million.
IEA Global EV Outlook 2026North America
NEVI-funded highway corridors and fleet depots drive battery-buffered and microgrid hubs; NACS standardisation accelerates.
US DOE / industryIndia
Public charging points grow from 75,000 (2024) to about 375,000 by 2030 under STEPS.
IEA Global EV Outlook 2025Growth Drivers
- Grid connection lead times of 12+ months push operators toward battery-buffered and microgrid designs.
- Commercial demand charges make peak shaving a direct revenue lever at fast-charging sites.
- Falling LFP pack prices improve the economics of storage-integrated charging.
- Heavy-duty electrification (trucks, buses, ports) needs megawatt charging beyond most distribution networks.
- V2G and bidirectional charging standards turn parked fleets into flexible grid assets.
- Resilience requirements add islanding and backup value to charging hubs.
Outlook
The overlap of EV charging and stationary storage is the fastest-moving corner of the energy transition. Charging infrastructure grows about 27-28% a year to roughly $250 bn by 2030, while battery storage values roughly quadruple. The sites that benefit most are those where the grid is slow, expensive or absent: motorway corridors, depots, ports and remote industry. Expect battery-buffered fast charging to move from exception to default over the next five years, and PV-storage-charging microgrids to become standard for greenfield hubs.