1. Power Issue and Bottleneck: Should You Get 11 kW or 22 kW?

When buying a station, the first thought that comes to everyone's mind is "Let me get the most powerful, the fastest one." However, in the world of electric vehicles, the boss is not the station on the wall, but the On-Board Charger (OBC). The station is merely a bridge that safely transmits electricity to the vehicle; the real brain that converts electricity from AC to DC and charges the battery is inside the car.

• • 11 kW Stations (Gold Standard): Requires a three-phase (3-phase) electrical infrastructure. Delivers 11 kW of energy per hour. Almost all vehicles like Tesla Model Y, TOGG T10X, Kia EV6, or BMW iX available on the market have an internal (OBC) AC charging capacity of 11 kW. So, when you plug these vehicles into an 11 kW station, your battery will charge from zero to 100% in about 6-8 hours (a full sleep cycle). It is the most ideal, logical choice for home use that does not strain your home's fuses.
• • 22 kW Stations (Speed Monster): Also requires a three-phase infrastructure, but your cables and main fuse must be strong enough to handle this massive load. If you own one of the rare vehicles like Renault Zoe or Porsche Taycan (optional) that support 22 kW AC charging, you can reduce your charging time to 2.5 - 3 hours.

⚠️ Common Mistake: If your vehicle's OBC capacity is a maximum of 11 kW, there is no point in going home and installing a more expensive 22 kW charging station. Your vehicle will still charge at a maximum speed of 11 kW (its own limit). Don't waste your money!

2. Cable and Socket Type: Tethered or Socketed Model?

In the European Union and Turkey, the universal AC charging standard for electric vehicles is the Type 2 socket. So, there is no chance that the station you buy will not fit your vehicle (unless it is an old generation vehicle). However, you need to make a critical decision that will determine your usage comfort:

🔌 Tethered Models

The charging cable is integrated directly into the device (usually 5 or 7 meters long). You get out of your car, take the cable from the station and plug it directly into the vehicle. We recommend this model 100% for individual garage use as there is no hassle of taking out and storing a dirty cable from the trunk in rainy and cold weather.

🕳️ Socketed Models

There is only a socket hole on the device. You need to take out your own Type 2 - Type 2 cable from your car's trunk and connect one end to the device and the other end to the vehicle. It should only be preferred if the device is in a public parking lot and there is a risk of the cable being stolen or damaged.

3. Smart Features: Much More Than a Standard Socket

Although there are "dumb" devices (Plug & Charge) sold very cheaply on the market that only transmit electricity, for the health of your electrical infrastructure and your comfort, you should definitely choose "Smart" Wallbox models. Here are the vital features you should look for in the device:

• 📱 Wi-Fi and Mobile App Support: Allows you to start and stop charging from where you sit, report your historical kWh expenses, and schedule charging to "start at 22:00 at night."
• 🔒 RFID Card or Password Security: If your station is in the apartment's shared closed parking lot, it prevents your neighbors from using electricity illegally when you're not there. The device only activates with the card you scan.
• ⚖️ Dynamic Load Balancing: The most critical feature for your home! When the car is charging, if you turn on the oven, air conditioner, and iron at the same time, your home's main breaker may trip. Smart stations with load balancing sensors measure the current electricity consumption of the house and automatically reduce the power going to the vehicle to prevent the fuses from tripping.
• ⚡ Integrated DC Leakage Protection (6mA): Catches deadly DC (Direct Current) leaks that may leak from electric vehicles to the grid. If this protection is not in the station, you will have to install a very expensive "Type B Leakage Circuit Breaker" separately on the electrical panel.

Installation and Hardware: Definitely Leave It to the Experts

Installing an electric vehicle charging station is not like installing a washing machine or a lamp at home. Vehicles draw a massive power of about 11 kW continuously for hours. A poorly drawn thin cable, a low-quality fuse, or insufficient grounding can lead to cables melting, the device burning, or even irreparable fire damage in your home and vehicle.

You must work with expert institutions with an electrical engineering background and TSE certification and ensure that the cable section calculation (5x4 mm² or 5x6 mm² halogen-free flame-retardant cable depending on distance) is done correctly.

💡 Tip: With countless brands and models on the market, e-commerce platforms specializing in electric vehicle charging equipment like Sarjagel.com, which offer technical support and reliable shipping, can be lifesavers in choosing the right and safe device.

1. Power Issue and Bottleneck: Should You Get 11 kW or 22 kW?

When buying a station, the first thought that comes to everyone's mind is "Let me get the most powerful, the fastest one." However, in the world of electric vehicles, the boss is not the station on the wall, but the On-Board Charger (OBC). The station is merely a bridge that safely transmits electricity to the vehicle; the real brain that converts electricity from AC to DC and charges the battery is inside the car.

• • 11 kW Stations (Gold Standard): Requires a three-phase (3-phase) electrical infrastructure. Delivers 11 kW of energy per hour. Almost all vehicles like Tesla Model Y, TOGG T10X, Kia EV6, or BMW iX available on the market have an internal (OBC) AC charging capacity of 11 kW. So, when you plug these vehicles into an 11 kW station, your battery will charge from zero to 100% in about 6-8 hours (a full sleep cycle). It is the most ideal, logical choice for home use that does not strain your home's fuses.
• • 22 kW Stations (Speed Monster): Also requires a three-phase infrastructure, but your cables and main fuse must be strong enough to handle this massive load. If you own one of the rare vehicles like Renault Zoe or Porsche Taycan (optional) that support 22 kW AC charging, you can reduce your charging time to 2.5 - 3 hours.

⚠️ Common Mistake: If your vehicle's OBC capacity is a maximum of 11 kW, there is no point in going home and installing a more expensive 22 kW charging station. Your vehicle will still charge at a maximum speed of 11 kW (its own limit). Don't waste your money!

2. Cable and Socket Type: Tethered or Socketed Model?

In the European Union and Turkey, the universal AC charging standard for electric vehicles is the Type 2 socket. So, there is no chance that the station you buy will not fit your vehicle (unless it is an old generation vehicle). However, you need to make a critical decision that will determine your usage comfort:

🔌 Tethered Models

The charging cable is integrated directly into the device (usually 5 or 7 meters long). You get out of your car, take the cable from the station and plug it directly into the vehicle. We recommend this model 100% for individual garage use as there is no hassle of taking out and storing a dirty cable from the trunk in rainy and cold weather.

🕳️ Socketed Models

There is only a socket hole on the device. You need to take out your own Type 2 - Type 2 cable from your car's trunk and connect one end to the device and the other end to the vehicle. It should only be preferred if the device is in a public parking lot and there is a risk of the cable being stolen or damaged.

3. Smart Features: Much More Than a Standard Socket

Although there are "dumb" devices (Plug & Charge) sold very cheaply on the market that only transmit electricity, for the health of your electrical infrastructure and your comfort, you should definitely choose "Smart" Wallbox models. Here are the vital features you should look for in the device:

• 📱 Wi-Fi and Mobile App Support: Allows you to start and stop charging from where you sit, report your historical kWh expenses, and schedule charging to "start at 22:00 at night."
• 🔒 RFID Card or Password Security: If your station is in the apartment's shared closed parking lot, it prevents your neighbors from using electricity illegally when you're not there. The device only activates with the card you scan.
• ⚖️ Dynamic Load Balancing: The most critical feature for your home! When the car is charging, if you turn on the oven, air conditioner, and iron at the same time, your home's main breaker may trip. Smart stations with load balancing sensors measure the current electricity consumption of the house and automatically reduce the power going to the vehicle to prevent the fuses from tripping.
• ⚡ Integrated DC Leakage Protection (6mA): Catches deadly DC (Direct Current) leaks that may leak from electric vehicles to the grid. If this protection is not in the station, you will have to install a very expensive "Type B Leakage Circuit Breaker" separately on the electrical panel.

Installation and Hardware: Definitely Leave It to the Experts

Installing an electric vehicle charging station is not like installing a washing machine or a lamp at home. Vehicles draw a massive power of about 11 kW continuously for hours. A poorly drawn thin cable, a low-quality fuse, or insufficient grounding can lead to cables melting, the device burning, or even irreparable fire damage in your home and vehicle.

You must work with expert institutions with an electrical engineering background and TSE certification and ensure that the cable section calculation (5x4 mm² or 5x6 mm² halogen-free flame-retardant cable depending on distance) is done correctly.

💡 Tip: With countless brands and models on the market, e-commerce platforms specializing in electric vehicle charging equipment like Sarjagel.com, which offer technical support and reliable shipping, can be lifesavers in choosing the right and safe device.