Hmm, I've had a different experience when it comes to chasing those max charging speeds. While the previous poster makes a great case for the Emporia, I'd actually suggest a different approach if you're worried about the Ioniq 6's port overheating. Honestly, pushing a full 48 amps through the E-GMP platform for hours can get things pretty toasty adn might trigger that charging derate issue you mentioned.

I'd really recommend looking at the Wallbox Pulsar Plus 48 Amp EV Charger. It’s super compact and, more importantly, it's very easy to adjust the amperage directly in the app if you notice the car's thermal management struggling. Also, definitely go the hardwired route on a 60-amp circuit for safety—plug-in connections (NEMA 14-50) are just another point of failure that can melt if not installed perfectly. Just be careful and maybe have your electrican check the torque on those lugs twice. Better safe than sorry! Hope this helps!

Hi there, and congrats on the Digital Teal! I've been using the Emporia Level 2 EV Charger 48 Amp hardwired to a 60-amp circuit for my Ioniq 6, and I'm honestly super happy with it.

I went with this setup because:
- **Hardwiring** lets you hit that 11.5kW max (48 amps), which is faster than any plug-in 14-50 outlet.
- **The Emporia app** is great for the overheating issue; you can manually throttle the amperage down to 32 or 40 amps in seconds if the port gets too hot.
- **Value:** It's usually around $400, leaving you extra cash for the electrician.

But if you want pure durability for a cold garage, the Grizzl-E Classic Level 2 EV Charger is a tank. Just remember, it's a "dumb" charger, so you'd have to manage everything through the car's settings instead of an app. Personally, the Emporia works well and has been totally reliable! Good luck!

Honestly, for your budget, I'd seriously look at the Grizzl-E Classic Level 2 EV Charger 40 Amp. It's built like a tank—perfect if your garage gets cold or if you're mounting it outside!

Since you're worried about heat, I'd suggest hardwiring it to a 50-amp circuit to run at 40 amps (9.6 kW). It's a fantastic middle ground that's still way faster than your current setup without maxing out the car's thermal limits. Plus, it's a solid 'set and forget' unit that just works every time!

Congrats on the Digital Teal! Before I give advice, curious about one thing: what’s your main breaker panel’s total capacity? I remember being so stressed about this with mine! Honestly, compare the ChargePoint Home Flex Level 2 EV Charger 16-50 Amp (super reliable app) vs the Autel MaxiCharger Home Electric Vehicle (EV) Charger 50 Amp (better thermal protection for that port issue). Hardwiring is definitely the way to go for max speeds!

Congrats on the new ride! Before you commit to a specific unit, id love to know where your electrical panel is located in relation to the garage. Are you planning on running the wiring yourself or having an electrician do the whole thing? If you are going the DIY route or even just supervising, being cautious about the hardware is key for these E-GMP cars. Most of the heat issues actually come from poor connections or undersized wire. Tbh, basically any charger can fail if the install is messy. Quick tips for the install:

• Use a torque wrench on every single connection. Most DIYers skip this, but loose terminals cause high resistance and heat.
• Look into the Enphase IQ EV Charger. They used to be called ClipperCreek. Its a total tank and doesnt have the software bugs some of the newer smart chargers struggle with.
• If you hardwire for 48 amps, stick with 6 AWG copper wire. Its thicker and handles the sustained load way better than the bare minimum requirements. Let us know about your panel setup and if you have space for a new double-pole breaker!

In my experience, hardwiring is the only logical path if you want to maximize that 10.9 kW onboard charger without melting your wall. Ive installed several of these systems over the years and the technical truth is that NEMA 14-50 plugs arent really designed for an 80 percent continuous load duty cycle for hours on end. Youll want a 60-amp circuit using 6 AWG copper wire. Regarding the heat, just go with any charger from Enphase. You really cant go wrong with that brand because their hardware is built to handle thermal stress much better than some of the budget stuff out there. When you do the DIY install, be meticulous with your torque specs on the terminal lugs. Most of the charging port issues people complain about actually stem from voltage drops or high resistance at the service panel... grab a solid unit from Enphase and youll be set.