EV Drivers Must Download Up to 40+ Separate Apps to Access Different Charging Networks Across the U.S.

The U.S. public EV charging market is fragmented across dozens of competing charge point operators (CPOs) -- including ChargePoint, EVgo, Electrify America, Blink, Tesla Supercharger, FLO, and SemaConnect -- each requiring its own app, account, and payment method. A driver traveling from New York to Chicago may need 4-6 different apps. There is no universal payment standard equivalent to swiping a credit card at any gas pump, and RFID cards from one network do not work on another. Why it matters: Requiring multiple apps with separate accounts and stored payment credentials creates friction that adds 5-15 minutes to each charging session for first-time network users, so infrequent long-distance EV travelers (the exact demographic most anxious about charging) have the worst experience, so negative word-of-mouth from frustrated road-trippers reinforces the perception that EV charging is unreliable and complicated, so automakers like Ford and GM must build proprietary in-car charging aggregation features as a workaround rather than focusing on core vehicle development, so the industry burns engineering resources on redundant payment integration work instead of improving charger hardware and grid infrastructure. The structural root cause is that the U.S. lacks a regulatory mandate for payment interoperability at public chargers -- unlike the EU's Alternative Fuels Infrastructure Regulation (AFIR) which requires ad-hoc contactless payment at all chargers 50kW and above -- so each CPO has an economic incentive to lock customers into its own app ecosystem to capture user data and recurring revenue, replicating the proprietary fragmentation that plagued early mobile payments before Apple Pay and Google Pay imposed standardization.