BuyWhatFits

What EV Charger Do You Need for a 2019 Tesla Model X 100D?

What to buy
A 48 A charger on a 60 A circuit
Your 2019 Tesla Model X 100D accepts at most 11.5 kW (48 A) of AC power. A larger charger will not charge it faster.

Plugging this battery into a 48 amp Level 2 setup takes 9.9 hours to reach full capacity from empty. That timeline easily fits standard overnight windows. You need a 48 amp EVSE to hit that speed, and yes, you need an electrician.

Matches your car
Emporia Level 2 EV Charger NACS 48A
48 A · NACS · both
See it on Amazon

The numbers

Maximum AC charging rate11.5 kW (48 A)
Charger size to buy48 A
Circuit breaker required60 A
Outlet / connectionhardwired (a 48 A EVSE must be hardwired -- no household receptacle is rated for it)
Charge portNACS
Full charge on Level 2about 9.9 hours
Range added per hour (Level 2)about 30 miles
Full charge on a 120 V outletabout 79 hours
Range added per hour (120 V)about 3.7 miles
EPA rated range295 miles
Energy for a full chargeabout 114.1 kWh at the wall

Why 48 amps and not more

The car accepts up to 48 amps through its onboard charger at 11.5 kW. Buying a larger charging unit wastes money because the vehicle limits incoming current anyway. A smaller unit drops the speed, yielding fewer miles per hour of charge than the 30 mph you get at 48 amps. The EPA test logs a slower 25 mph rate and a 12.0 hour charge time because standard testing protocols do not always push equipment to peak thermal limits. Stick to the 48 amp rating for the fastest home turnaround.

What the install involves

Feeding a 48 amp continuous load requires a 60 amp breaker. Code prohibits plug-in receptacles for this amperage due to heat risks, so the unit must be hardwired directly into the electrical supply. Hire a licensed electrician to run the heavy-gauge copper wiring and mount the hardware. They will pull a permit and verify your panel can handle the load.

Chargers that match this car

Your car has a NACS port. The NACS units below plug straight in; any J1772 unit works with the adapter supplied with the car.

Level 2 EV Charger NACS 48A
48 A · NACS · both · 25.0 ft cable
Native NACS plug, no adapter needed.
See the Emporia Level 2 EV Charger NACS 48A
Tesla Universal Wall Connector
48 A · NACS · hardwire · 24.0 ft cable
Dual plug: works with NACS and J1772 cars.
See the Tesla Tesla Universal Wall Connector
Tesla Wall Connector
48 A · NACS · hardwire · 24.0 ft cable
Tesla's own unit. Native NACS, hardwire only.
See the Tesla Tesla Wall Connector

Worth having as well

J1772 to NACS Charging Adapter 80A
Lets a NACS car use any J1772 charger. UL 2252 certified.
See the Lectron J1772 to NACS Charging Adapter 80A
As an Amazon Associate we earn from qualifying purchases. Prices and availability are not shown here because they change constantly, so check the current price on Amazon.

Common questions

Can I plug this car into a standard wall outlet?
You can plug into a standard household outlet for Level 1 charging, but it takes 79 hours to fill the battery from empty. That method only adds 3.7 miles of range per hour. You need Level 2 equipment for daily driving.
What connector does the car use?
The vehicle uses the NACS connector. Tesla models work natively with the Tesla Wall Connector. A J1772 adapter comes in the car for third-party Level 2 hardware.
Do I need a hardwired charger or can I use a plug?
A 48 amp EVSE must be hardwired because no household receptacle is rated for that continuous load. Hardwiring eliminates vulnerable plug connections. Your electrician will wire the unit directly to the breaker.
Why does the EPA charge time differ from the max rate?
The EPA rates a full charge at 12.0 hours, yielding 25 miles of range per hour. Peak onboard capacity finishes the job in 9.9 hours at 30 miles per hour. Standardized government testing accounts for this variance.

Other vehicles

2026 Tesla Model 32026 Tesla Model S2026 Tesla Model S Plaid2026 Tesla Model X2026 Tesla Model X Plaid2026 Tesla Model Y

Charging times derived from EPA data for the 2019 Tesla Model X 100D. Electrical requirements follow NEC 625.41, which sizes a circuit at 125% of a continuous load. Always have a licensed electrician verify your panel.