About Fast Charging Near Me
Fast Charging Near Me is run by Branden Flasch, an Application Engineer at Alpitronic who does CCS/PLC troubleshooting professionally.
Last updated: May 6, 2026
Who Runs This Site
I'm Branden Flasch — an Application Engineer at Alpitronic, a manufacturer of commercial DC fast chargers, and the person behind every guide on Fast Charging Near Me. DC fast charging is what I do for a living. Troubleshooting CCS communication errors, analyzing PLC handshake logs, debugging chargers that won't initiate a session, supporting commercial DCFC deployments, and helping operators understand why a specific car-charger pairing is misbehaving — that's my day job.
This site exists because most public-charging content online is written by people who have never seen a CP-EVCC handshake fail in a Wireshark capture. I have. Many times. That perspective changes how you write about fast charging, and it changes which problems you treat as "user error" versus "real bug."
Why I Built This
If you've owned an EV for more than a year, you know that "find a fast charger" is the easy part. The hard part is:
- Will it actually work when I get there?
- Why does it charge slower than the rated power?
- Why did the session fail on my third plug attempt?
- Which networks have the best uptime in my area, in my weather, with my car?
- Why does my Lightning charge at 150 kW on one EA stall and 50 kW on the next?
I built this site to answer those questions with the level of technical depth that EV owners actually need. We cover network reliability, plug compatibility (CCS, NACS, J1772), Tesla Supercharger access for non-Tesla EVs, NACS adapters, the real-world quirks of each major charging network, and the kind of forensic detail that helps you understand whether a slow session is your car, the charger, the network backend, or just a hot day.
My EV Setup
- 2022 Ford F-150 Lightning Lariat ER (mine) — primary test vehicle for non-Tesla CCS and NACS-adapter charging across networks. The Lightning's 131 kWh battery and aggressive charging curve makes it a great instrument for measuring real charger performance.
- 2025 Tesla Model Y (Bethany's) — primary test vehicle for Supercharger sessions and CCS-via-Tesla-Magic-Dock behavior, plus a NACS-native baseline for adapter testing.
Between road trips, daily use, and dedicated testing, both vehicles see real fast-charging sessions across Electrify America, EVgo, ChargePoint, Tesla Superchargers, and smaller networks. Adapter testing, kW curve analysis, and session reliability data all start here in the Charlotte NC region and expand outward on road trips along the East Coast.
Why Trust Our Recommendations
- Industry-level technical depth. I do CCS/PLC troubleshooting professionally. When I explain why a charger derates or why a session won't start, that's from real-world log analysis, not a marketing fact sheet. I understand the difference between a backend authentication failure and a power module fault, and I write about it accordingly.
- Cross-EV testing. We test both a CCS-native truck and a NACS Tesla, which means our adapter and compatibility coverage is grounded in two very different charging architectures.
- Independent of any network. We're not paid by Electrify America, EVgo, ChargePoint, Tesla, or any other operator. We call out reliability problems regardless of who owns the network.
- No conflict with my employer. I work at a DCFC manufacturer (Alpitronic), but we do not promote Alpitronic equipment on this site. When we cover charger reliability, we focus on the driver experience — what plugs in, what charges fast, what's reliable — not on hardware vendor wars. See our Editorial Policy for the full disclosure.
YouTube Channel
Branden Flash (https://www.youtube.com/@brandenflash) on YouTube is where I publish the longer-form fast-charging content — EV road trips with full charging session breakdowns, adapter performance tests, NACS-vs-CCS comparisons, and forensic analysis of why specific sessions fail. If you like the technical depth of this site, the videos go even deeper: real measured kW curves, side-by-side adapter tests, and the kind of "why did this charger derate" deep dives that don't fit in a written guide.
Get In Touch
Got a charger that's broken, a network experience worth flagging, or a technical question about CCS/NACS/PLC behavior — email branden@bflasch.com. Read our Editorial Policy to see how we operate, including our independence policy and how we handle the conflict of interest of working in this industry.