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 cover. Delivery time 5 business days.
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 excellent for home use. The ENP-EVCharger-Socket has a Type 2 connector and a 5-year factory 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.
Alternatively, 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. A prerequisite is that the smart meter protocol is supported by the charger. For older protocols <dsmr 4.0 this is not the case>.
Product advantages
• Use of dynamic electricity tariffs
• Automatic phase switching
• Flexible access control via app + RFID
• 6 mA DC RCD 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
Dynamic Load Balancing guide (EN)
Installation configurations (EN)