Tesla opens Superchargers in three cities

Tesla’s latest charging news is pretty simple on the surface — three more Supercharger sites just went live. But the reason it matters is less about the raw count and more about where Tesla put them. Fast charging only feels seamless when the gaps are small enough that drivers stop thinking about them. In the first week of May, Tesla added new sites in Oroville, California, Santa Clara, California, and Zanesville, Ohio, tightening three very different weak spots in the map. ### What opened? The new sites are an 8-stall Supercharger in Oroville that went live on May 4, a 16-stall site on Mission College Boulevard in Santa Clara that went live on May 2, and an 8-stall site in Zanesville, Ohio that is now listed as live on Tesla’s map. That is 32 stalls total across California and Ohio in just a few days. Oroville is the flashy addition because it is listed as an 8-stall V4 site rated at 500 kW. That is more than the 250 kW most Tesla drivers associate with V3 stations, and even above the 325 kW level now showing up at some newer V4 locations. In plain English, this is Tesla dropping very high-capacity hardware into a smaller Northern California market, not just another urban infill site. ### What’s the Santa Clara angle? Santa Clara is less dramatic, but maybe more useful day to day. The new Mission College Boulevard station adds 16 V4 stalls at 325 kW in a dense part of Silicon Valley where charger congestion can become its own problem. More stalls matter just as much as faster stalls when the real pain point is waiting behind other EVs. ### Why does Zanesville matter? Zanesville plugs a corridor hole in eastern Ohio. Tesla’s listing shows 8 stalls at 914 Zane Street, up to 250 kW, and the site is marked as a partner location that also works for non-Tesla EVs with a NACS adapter. Drivers on I-70 between Columbus and points east have wanted more redundancy here for years — basically so one busy or broken site does not ruin the trip. ### Is this about speed or coverage? Both, but coverage is the bigger story. A charging network feels “complete” when it gives drivers backup options, not when it posts one impressive power number. Oroville helps regional Northern California travel, Santa Clara adds urban capacity where EV density is high, and Zanesville makes a major interstate route less brittle. ### Why keep watching V4? Because V4 is where Tesla’s network starts doing two jobs at once. It serves Tesla owners, and it increasingly serves the broader EV market through NACS access. The power ratings are also getting less uniform — some sites show 250 kW, some 325 kW, and Oroville’s listing points higher. That tells you Tesla is not just stamping out identical stations anymore. ### Does 32 stalls really move the needle? On a national map, not much. On the ground, yes. Charging friction is local. One extra site in the wrong place barely matters, but one extra site in a corridor gap or a crowded metro pocket can change whether EV ownership feels easy that week. That is what these openings are doing. but it is the kind that makes the whole network feel more mature. Tesla did not just add three dots to a map. It added backup, capacity, and in at least one case a much beefier class of hardware.