Mobile Home Chargers Type 2 and Type 1
What are Mobile Home Chargers?
Mobile Home Chargers
- LCD Display
- 6, 8, 10, 12 and 16A
- 6A initial value
- LCD Display
- Timer for e.g. off-peak hours
- Amperage memory
- Max. 32A (1 phase) / 24A (3 phase)
- 6 interchangeable plugs
- Timer for e.g. off-peak hours
- LCD Display
- 6, 8, 10, 13 and 16A
- 16A initial value
- LCD Display
- 6, 8, 10, 12 and 16A
- 6A initial value
- LCD Display
- Timer for e.g. off-peak hours
- Amperage memory
- Ideal for on the road or on holiday: no more charging station stress
- You don't need a charging station at home
- The charging capacity can be set from 6A to 16A, which prevents overloading of the grid.
- Cables up to 10 meters in length
- Protected against overcharging and both undervoltage and overvoltage. A safe and reliable product
Depending on the type of car you drive, you need a certain type of charging cable. The type refers to the plug mounted on the charging cable. With us you can choose from a type 2 Mennnekes or a type 1 Yazaki plug. A mobile home charger with a type 2 Mennekes plug is the European standard. It is the most widely used home charger in our country because it can be connected to most European electric cars. Cars with a type 1 plug are mainly made for American and Japanese vehicles and can charge on a maximum of 1 phase. In these countries, a single-phase house connection is often used. In the Netherlands and other European countries, most households have a 3-phase house connection.
Do you use a regular Schuko socket? Then the mobile home charger generally charges with 230 volts on 1 phase with a maximum of 16A. Charging the car then takes place at a charging rate of 230 volts * 16A = 3.7 kW. Charging for an hour therefore produces a power of 3.7 kW.
Use our handy calculation tool
Calculate the average charging speed for your electric car below. Enter the battery capacity of your electric car below and click calculate. See the table below for estimated loading times.
*Please note these loading times are indicative. Several factors can play a role, such as: Type of charging cable, cord, plug, socket, remaining battery content, etc
Battery capacity examples

Hyundai IONIQ5
58-72kWh

Tesla Model 3
55-76kWh

Volkswagen ID3
48-82kWh
Type | Charging time 3 | Voltage (V) | Phase | Ampere (A) | Power (kWh) 2 |
Normal 1 | 0h 0m | 230V | 1 Phase | 16A | 3,7kW |
0h 0m | 230V | 1 Phase | 32A | 7,4kW | |
Quick | 0h 0m | 400V | 3 Phase | 16A | 11kW |
0h 0m | 400V | 3 Phase | 32A | 22kW |
Further information
1. Normal loading
Normal charging points on 230V: Schuko (Normal socket). Fast on 400V: CEE Plug (Power connection).
2. Power (kWh)
In comparison, the standard power for household use is usually 10kW.
3. Charging time
The estimated charging time in hours (h) and minutes (m) to a full battery. These loading times are indicative. Several factors can play a role.
If you know which type of home charger you need, it is important to look at the length of the charging cable. It is always smart to choose a length with which you can also charge if you are parked in a different place. Did you buy a cable that was too short? No problem, we also have extension cables in our range.
It is important to use an extension cable with thicker cores of at least 2.5 mm2 cross section, so that higher currents can pass through it without too much resistance, which results in heat development.
Directly to suitable products for your car.
At EV Plug you can find a reliable mobile charging station. Would you like to receive help in making a choice? We provide you with appropriate advice that is in line with your situation and wishes.