Integrated Supercharging and Battery-Swapping Station Market

The global integrated supercharging and battery-swapping station market size was USD 8.20 Billion in 2025 and is expected to register a revenue CAGR of 25.3% during the forecast period. Market revenue growth is supported by Chinese battery and automaker infrastructure buildout reaching operational scale: CATL's Choco-SEB battery-swap network reached 2,000 operational stations across 180 cities in 31 provinces on June 30, 2026, having averaged more than 200 new station deployments per month throughout the second quarter, while BYD's Flash-Charging China strategy, launched in March 2026 alongside a 1,500-kilowatt megawatt-class charger, targets 20,000 flash-charging stations nationwide by the end of 2026. China's Ministry of Industry and Information Technology's mandatory power battery safety standard, GB 38031-2025, effective July 1, 2026 and requiring batteries to withstand internal thermal runaway without fire or explosion, is reinforcing safety-driven demand for standardized, professionally engineered charging and swapping infrastructure over informal or non-compliant alternatives. These are some of the key factors driving revenue growth of the market.

Integrated charge-swap stations, standalone battery-swap stations, megawatt ultra-fast supercharging stations, modular portable swap units, and dedicated heavy-truck swap stations are the principal station-type categories constituting this market, with integrated charge-swap stations commanding the largest share because combining both functions into a single facility reduces land, grid connection, and staffing costs relative to separate installations. For instance, in April 2026, CATL, China, unveiled its integrated Choco-Swap and Shenxing supercharging network at its Super Tech Day event in Beijing, confirming that all existing Choco-Swap passenger-vehicle and Qiji heavy-truck battery-swap stations would be upgraded to include Shenxing supercharging piles as standard equipment, targeting 4,000 integrated stations across approximately 190 cities and a nationwide highway network by the end of 2026. CATL disclosed that the integrated architecture, which shares compact substations and charging modules between the swap and charge functions, reduces power loss by more than 13% compared with separate storage-equipped charging alternatives.

However, battery-swapping infrastructure has struggled commercially outside China's concentrated automaker-led ecosystem, illustrated starkly by the December 2025 Chapter 11 bankruptcy filing of Stellantis-backed Ample, a US battery-swap technology company whose only commercial pilot, a 100-vehicle Fiat 500e fleet in Madrid, Spain, shut down roughly six months after launch as customer demand fell short of expectations amid the rapid spread of high-power fast chargers capable of restoring substantial range in around 20 minutes. Standardization remains incomplete even within China, where nearly 50 separate battery-swap standards have been approved across multiple regulatory bodies without full harmonization of swap-pack dimensions and connection interfaces across automakers, meaning a station built for one manufacturer's swap-pack standard generally cannot serve a competing automaker's vehicles without additional compatible hardware. Capital intensity remains a structural constraint: Nio has disclosed cumulative investment of approximately USD 2.6 billion in its battery-swap technology and network to date, an expenditure scale few automakers outside China's leading battery and vehicle manufacturers have shown willingness to match. These factors substantially limit integrated supercharging and battery-swapping station market growth over the forecast period.

Based on station type, the global market is segmented into integrated charge-swap stations, standalone battery-swap stations, megawatt ultra-fast supercharging stations, modular portable swap units, and dedicated heavy-truck swap stations. The integrated charge-swap stations segment commands the largest revenue share because combining both energy replenishment functions into a single facility lowers per-station land, grid connection, and staffing costs relative to building separate charging and swapping sites, with CATL confirming that its integrated architecture reduces power loss by more than 13% compared with separate storage-equipped charging alternatives while serving both swap and high-power charging customers from shared infrastructure.

The megawatt ultra-fast supercharging stations segment is expected to register a rapid revenue growth rate in the global market over the forecast period. BYD's Flash-Charging China strategy, launched in March 2026 with a 1,500-kilowatt peak power charger capable of delivering a 10% to 70% state of charge in 5 minutes, had already reached 5,000 operational stations across 297 cities within roughly one month of launch, on its way to a 20,000-station target by the end of 2026, of which 18,000 are planned in partnership with local charging network operators using a station-within-a-station model. BYD's decision to open its Flash Charging network to vehicles from other automakers, albeit at reduced power, and its planned expansion into Europe beginning with 3,000 stations within 12 months of its April 2026 European debut, are extending megawatt-class supercharging deployment beyond a single automaker's captive fleet.

• 01What is the global integrated supercharging and battery-swapping station market size in 2025 and what CAGR is expected during 2026-2035?
• 02What integrated charge-swap network did CATL unveil at its April 2026 Super Tech Day and how many stations does it target by the end of 2026?
• 03What "Flash-Charging China" strategy did BYD launch in March 2026 and how many stations does the company target?
• 04What milestone did Nio announce in February 2026 regarding its cumulative battery swaps and Power Swap Station network?
• 05Why did Stellantis-backed Ample file for Chapter 11 bankruptcy in December 2025 and what does it indicate about battery-swap economics outside China?
• 06What does China's mandatory power battery safety standard, GB 38031-2025, effective July 2026, require of electric vehicle batteries?
• 07How does CATL's integrated charge-swap station architecture reduce power loss compared with separate charging and swapping infrastructure?
• 08What cumulative investment has Nio disclosed in its battery-swap technology and network, and what does this imply about the capital intensity of the business model?
• 09How is BYD's "station-within-a-station" partnership model with third-party charging operator TELD different from CATL's vertically integrated charge-swap approach?
• 10Why does standardization remain incomplete across China's battery-swap industry despite nearly 50 approved national and industry standards?

This report covers the global integrated supercharging and battery-swapping station market across all major segments and geographic regions. Primary research combines panel conversations with industry experts and is cross-referenced against company annual reports and government agency data. All market size figures use 2025 as the base year with a 2026-2035 forecast period.