Enphase EV Charger 2 22 kW MID socket model without cable IQ-EVSE-EU-3032-0005-1300. Please note: this charger comes with black and silver covers.
The IQ EV Charger 2 completes the Enphase product range. It can be used as a standalone unit in single-phase or three-phase applications, or integrated into an Enphase system. Features such as an integrated DC residual current device (RCD), automatic phase switching, and a certified MID meter enable the use of dynamic electricity tariffs.
The ENP-EVCharger-Socket charging station has a modern appearance, making it a pleasure to install. The charging station is easy to use, making it ideal for home use. The ENP-EVCharger-Socket has a Type 2 connector and a 5-year manufacturer's warranty.
The ENP-EVCharger-Socket features a self-consumption function, allowing you to charge your EV using solar energy. You will need an energy meter for this.
For load balancing, the ENP-ENV-S-EM-230 can be used.
Load balancing can also be achieved with a P1-to-USB adapter that connects the smart meter to the charger. This allows the current consumption to be read to automatically regulate the charging power. The prerequisite is that the smart meter's protocol is supported by the charger. This is not the case for older protocols <dsmr 4.0.
Product advantages
• Use of dynamic electricity tariffs
• Automatic phase switching
• Flexible access control via app + RFID
• 6 mA DC residual current device on board
• Certified MID meter
Product features
• Max. Charging power per charging point: 7.4 to 22 kW (depending on AC connection)
• Access control: RFID (cards must be ordered separately)
• Mains voltage: 230 / 400 V
• Input phases: 3-phase
• Phase switching: Yes
• MID meter: Yes
• Complies with calibration legislation: No
• Complies with EnWG § 14a: Yes (external control box of the network operator (FNN control box))
• Interfaces: Wi-Fi, Ethernet, RS485, CAN
• Protection class: IP55
• Dimensions: 410 x 250 x 128 mm
Datasheet (NL)
Quick Install guide (EN)
Dynamic Load Balancing guide (EN)
Installation configurations (EN)