What we ranked on
Every charger on this page has the same connector, which strips out the one variable that usually dominates this category and leaves the honest ones. Four questions did the ranking, and all four are answerable from a manufacturer’s own published page rather than from an impression.
One: how many amps, and can the car use them?Forty-eight amps on a 60-amp circuit is 11.5 kW, which by our reference arithmetic of roughly 3.5 miles per kWh is about 40 miles of range an hour. Forty amps on a 50-amp circuit is 9.6 kW and about 34. That six-mile-an-hour gap is the entire difference between the two tiers this page ranks, and over a ten-hour overnight charge it is sixty miles — real, but not usually worth a panel upgrade. The ceiling is often the car rather than the wall unit: onboard chargers explained is the page to read before paying for amps, and what size charger do I need works it through for a specific vehicle.
Two: how does it install, and does that cap the amps? Hardwired units reach 48 amps. Plug-in units cap at 40, universally and without exception, because a NEMA 14-50 receptacle sits on a 50-amp circuit and the National Electrical Code treats charging as a continuous load that may use no more than 80% of it. That is not a brand decision, which is why every plug-in charger from every manufacturer stops at forty. Hardwired versus plug-in is the decision to settle before you shortlist hardware.
Three: what is published about the enclosure, and is there a temperature range to go with it?An enclosure rating with no temperature range beside it is half a claim. The Grizzl-E units publish IP67 sealing in a cast-aluminium body rated -22°F to 122°F. Autel publishes IP65 / NEMA 4X with -40°F to 131°F, the widest range in our registry. EVIQO publishes “IP66/NEMA-4” and gives its temperature figures as tested rather than as an operating range, which is a weaker claim worded carefully. The two cheap portables publish an IP figure for the station and nothing about temperature at all. NEMA and IP ratings explained covers what each code actually promises.
Four: which laboratory tested it, and to which standard?The standard number matters less than who did the testing, and the field is uneven. The ChargePoint publishes UL and cUL listing to UL 2594 and UL 2231. Lectron publishes ETL listing to UL 2594, UL 2231 and UL 2251. Emporia publishes UL listing plus ENERGY STAR. EVIQO publishes three different certification strings on a single page. Autel publishes CSA and ENERGY STAR and claims no UL listing anywhere — a documentation difference between accredited laboratories rather than a safety gap, but worth knowing before you fill in a rebate form. Our certifications guide explains what each mark is worth and the rebate page covers which marks utilities ask for.
Which brands publish which connector
Before the argument about whether J1772 is a dead end, here is the field as each brand documents it — because the answer turns out to be sitting in the product catalogues rather than in the standards bodies.
Which connector each brand we track publishes for its own lineup, read off that brand’s own pages on the dated visits listed in our sources. Seven of the nine brands here offer both, which is the finding: at home the connector is usually a checkout option on identical hardware, not a different class of charger.| Brand | J1772 published? | NACS published? | What that means for a buyer |
|---|
| ChargePoint | Yes — the Home Flex we rank is the J1772 SKU | Yes — NACS is offered across the range | Same hardware, same app, same 16-50 A adjustability. The connector is a purchase option, so the decision is only which cars park in your garage |
|---|
| Emporia | Yes — both the Level 2 and the Pro | The Pro's spec sheet lists a NACS cable option; Emporia's own EV-charger page publishes no NACS SKU | The brand's J1772 line is the one it documents in full. If you need NACS from Emporia, confirm the cable at checkout rather than assuming it |
|---|
| Grizzl-E | Yes — the Classic, Classic Connect, Ultimate 48A and Duo Connect | Yes — across the entire CONNECTED lineup; only the unconnected Classic 40A is J1772-only | The cheapest Grizzl-E is the one you cannot get with a NACS plug. That is the single clearest case on this page for buying J1772 and an adapter |
|---|
| Lectron | Yes — the Nexus 48A hardwired and the 40A portable | Yes — a 48A hardwired, a 40A NEMA 14-50 and a portable, all NACS | The most symmetrical lineup here: for most Lectron units there is a same-power twin in the other connector, usually at the same price |
|---|
| Autel | Yes — the 40A plug-in, the 50A hardwired and the 80A | Autel's own AC Elite Home page publishes an 'SAE J1772' connector; it does not document a NACS cable for this unit | Autel's weather and temperature credentials, which are the best published in the registry, are a J1772 proposition on the pages we can read |
|---|
| EVIQO | Yes — both the 48A hardwired and the 40A plug-in we rank | Yes — EVIQO publishes a separate 'NACS / Tesla Chargers' category | EVIQO states its NACS version is plug-and-play with Teslas and 2025+ IONIQ 5/6, and that other EVs need a NACS-to-J1772 adapter |
|---|
| Wallbox | Yes — the 48A hardwired Pulsar Plus | Yes, but only at 40 amps on the plug-in body | Wallbox's part numbering codes the connector independently of power, and the combination that does not exist is 48 amps with a NACS cable |
|---|
| Ampure / ELEGRP | Yes — both portables are J1772 | Neither publishes a NACS version | At the cheap end of portable, J1772 is effectively the only connector on offer |
|---|
Two things are worth pulling out of that table. The first is that the connector is a cable, not a charger. For seven of these nine brands, the J1772 unit and the NACS unit are the same body, the same app, the same amperage and usually the same price, with a different plug moulded on the end. That is why a connector transition is far less threatening to a home-charger purchase than to, say, a public network: nothing inside the box becomes obsolete.
The second is the exception, and it cuts in J1772’s favour. Grizzl-E’s NACS option covers its entire connected lineup and excludes only the unconnected Classic 40A — the cheapest charger the brand makes, and the one that built its reputation. If what you want is that specific unit, J1772 is not a compromise, it is the only way to buy it.
Is buying J1772 in 2026 a mistake?
We get asked a version of this often enough that it deserves a direct answer rather than a hedge: no, for three reasons, with one caveat.
The fleet is J1772. Every non-Tesla EV and plug-in hybrid sold in North America over the last decade has a J1772 AC inlet, either standalone or as the upper section of a CCS1 combo port. Those cars do not stop existing when new models ship with a different port, and most people buying a home charger are buying it for a car that is already in the driveway.
The adapter direction that works is the one you would need.Teslas ship with a J1772 adapter in the car. So a J1772 wall charger already serves a Tesla today, with no extra purchase. The adapter direction carmakers actually warn about is the reverse — a NACS charger feeding a J1772 car over an adapter — and the warnings are theirs, not ours: Volkswagen states in writing not to use its NACS adapter with a Level 2 AC charger, and Kia lists no such AC adapter at all. A buyer hedging against the future by buying NACS now is choosing the harder direction.
Replacing a charger is not the failure mode.A hardwired charger is a box on a wall fed by a circuit. If, years from now, every car in the household is NACS, you change the box and keep the circuit, the conduit, the breaker and the permit — which is where the money went. The install-cost page breaks down that split, and it is lopsided.
The caveat: if the only car that will ever use this charger has a native NACS port and no CCS or J1772 inlet, buy NACS. That is a real and growing group, it includes every Tesla, and it is the whole purpose of the NACS roundup. Buying the connector your car has is always better than buying an adapter.
Where the money actually goes in this field
Because the connector is constant across all sixteen units, this page makes the price structure of the category unusually legible, and it is not what buyers expect.
Weather sealing is cheap. The Grizzl-E Classic publishes IP67 sealing in a cast-aluminium enclosure at the bottom of our mid price band, and the ELEGRP publishes an IP67 station below that. Nothing on this page is priced as though an outdoor rating were a premium feature, which is why our outdoor roundup is not a list of expensive chargers.
Amps are moderately expensive. The step from 40 to 48 amps means a hardwired install, a 60-amp circuit instead of a 50-amp one, and heavier conductors. The charger itself costs little more; the circuit does. See wire size and breaker for the actual materials.
The app is where the premium lives.The gap between a value 48-amp charger and a brand-name one is almost entirely software and support: over-the-air firmware, usage history, scheduling that survives a network drop, demand-response programmes with utilities. Whether that is worth the difference depends entirely on whether you will open the app after week three — and the honest answer for many people is no, which is why we maintain a roundup of chargers with no app at all and why one of them is a pick here. If you do want the software, the smart roundup ranks the field on what each brand actually publishes, and the cheap-smart page finds the intersection.
