There's a particular kind of rage that only an electric vehicle owner knows.
You pull into a charging station on a road trip, low on range, stomach growling, only to find four of six stalls dead.
The one working charger is occupied by a Chevy Bolt owner who's been at 100 percent for twenty minutes, guarding it like a dragon with a phone call.
Most public chargers you see weren't built by the companies whose logos sit on them.
They're assembled in a handful of factories overseas, then sold to network operators who install them as fast as possible to claim government subsidies.
A 2023 study from the University of California, Berkeley found that roughly one in five public charging attempts in the Bay Area failed.
That's a system designed to look good on a press release, not to work on a Tuesday.
Chargers run on firmware that gets patched less often than a smart fridge.
A single outdated certificate can brick an entire row of stations for weeks, and the operator might not even know until someone complains on X.
Here's the part that should make you angry.
The federal government handed out billions through the National Electric Vehicle Infrastructure program, with a requirement that states hit a 97 percent uptime standard.
If a charger's screen is on but the cable is dead, it can still count as up.
The metric was written by people who've clearly never stood in a Walmart parking lot at 11 p.m. praying for a green light.
Meanwhile, Tesla opened its Supercharger network to other brands, and suddenly the contrast became impossible to ignore.
It's vertical integration: Tesla builds the car, the charger, the software, and the payment system.
Everyone else is trying to stitch together parts from five different vendors and hoping the seams hold.
The winners in this mess won't be the biggest networks.
They'll be the ones that publish honest uptime data, replace broken units within days, and stop treating a charging cable like a vending machine that owes you nothing.
A few startups are already doing this, and their apps show live status from the hardware itself rather than a database that hasn't been updated since last spring.
If you're shopping for an EV right now, this matters more than range.
A 300-mile car with reliable charging beats a 400-mile car that strands you in Ohio.
Look for networks that post real-time stall status.
The data is the only thing forcing change.
My take: the charging problem isn't technical anymore.
Companies learned they could get paid for installing chargers, not for maintaining them, and that incentive has to die before your road trip does.
Final Thoughts
Until then, bring a backup plan and a lot of patience.