EV drivers on interstate road trips arrive at charging stations listed as available in apps only to find broken connectors, unresponsive payment screens, or occupied stalls with no queue management

Electric vehicle drivers planning long-distance trips use apps like PlugShare or A Better Route Planner to locate DC fast chargers along their route. Upon arrival at a listed station, they frequently encounter chargers with physically broken CCS connectors, touchscreens that do not respond, payment systems that fail to authorize, or cables too short to reach their vehicle's charge port. When chargers are functional, all stalls may be occupied with no waitlist system, leaving drivers idling in a parking lot with no indication of wait time. So what? A single broken charger on a rural interstate segment can mean a 40-60 mile detour to the next station, adding over an hour to the trip. So what? This unpredictability forces EV drivers to maintain higher state-of-charge buffers (stopping more frequently, charging longer) compared to what the battery range technically allows, degrading the road-trip time advantage of newer long-range EVs. So what? Prospective EV buyers hear these stories and delay purchase, slowing EV adoption even as vehicle technology has largely solved range limitations. So what? Slower EV adoption means continued reliance on gasoline vehicles, undermining national emissions reduction targets. So what? The $7.5 billion in federal NEVI charging infrastructure investment fails to achieve its intended adoption acceleration because the problem was never about charger quantity but about charger reliability and real-time status transparency. The structural root cause is that charging station operators (EVgo, Electrify America, ChargePoint) are hardware deployment companies evaluated on stations installed, not on uptime or user experience. Federal NEVI funding requires 97% uptime but measures it via self-reported operator data, not independent verification. There is no equivalent of a gas station's economic incentive (lost fuel sales per hour of downtime) because most charging networks are not yet profitable and rely on capital deployment metrics for investor reporting.