When choosing a home EV charger, look for features that match your car’s needs and lifestyle. Key features include:

• Charging Speed (kW): Faster chargers save you time, especially for daily commutes.

• Smart Charging: Wi-Fi or app connectivity lets you monitor usage, schedule charging, and get notifications.

• Adjustable Power Output: Useful if your home electrical system has limitations.

• Cable Length: Ensure it comfortably reaches your car from the mounting point.

• Weatherproofing (IP rating): Essential if you’re installing it outdoors.

• Vehicle Compatibility: Make sure it supports your EV model and connector type (usually Type 2 in Europe).

• Load Balancing: Ideal for homes with solar panels or multiple EVs.

It depends on your EV and how quickly you want to charge:

• 3.6 kW: Adds ~15–20 km/hour – slower but enough for overnight charging.

• 7.4 kW (most common): Adds ~30–40 km/hour – a good balance between cost and performance.

• 11 kW or 22 kW: For faster charging, but your home must have a three-phase power supply.

🔋 Tip: Most EVs can’t accept more than 11 kW AC charging, so check your car’s specs first.

Amps define how much current the charger draws:

• 16 amps → ~3.6 kW

• 32 amps → ~7.4 kW (single-phase) or ~22 kW (three-phase)

For most homes, 32 amps (7.4 kW) on a single-phase connection is ideal. Make sure your home electrical system can handle it safely - an electrician can help with this.

Both options work, but there are pros and cons:

Hardwiring:

• More permanent and weather-resistant (better for outdoor setups)

• Safer for high-power chargers (e.g., 11 kW+)

• Required by some charger models

240–Volt Plug (e.g. NEMA 14–50):

• Easier to install and move

• Ideal for lower power chargers (up to 7.4 kW)

• Flexibility if you change homes or charger models

⚠️ Always consult a licensed electrician to determine what’s safest and most compliant for your setup.