SolarEdge EVN22B

AC EV charger

EVN22B is the standard SolarEdge ONE EV Charger for European 1- or 3-phase Mode 3 AC charging, rated up to 22 kW at 6–32 A per phase. The June 2026 datasheet lists a Type 2 socket, Wi-Fi, Ethernet, RFID, OCPP 1.6J and a built-in energy meter. The base meter is not the Pro model’s MID-certified meter. The charger can join SolarEdge energy management or an OCPP-compliant charging backend, but the retained sources do not establish direct EpiSensor Edge OCPP integration.

SolarEdge ONE EV Charger EVN22B
  • OCPP 1.6J
  • Ethernet
  • Wi-Fi

AC EV charger

Compatibility

OCPP backend supported; direct Edge integration unverified

SolarEdge’s exact EVN22B datasheet lists OCPP 1.6J, and the installation guide directs commercial setup to SolarEdge ONE or a third-party CSMS. That is a charger-to-backend path. The retained documents do not show an Edge client, an Edge import or a safe direct monitoring route.

European standard EVN22B Type 2 socket model under datasheet DS-000262-IM dated 18 June 2026 and installation guide MAN-01-01248-3.1 dated September 2026. The datasheet’s SE-EVN22SE0-01 is called a legacy part number in the newer guide; verify the currently orderable national SKU. Pro EVN22P, UK SE-EVN74SU0-01 and cable-locked/tethered installations need their own order and regional check.

Models

Download
ModelsInterfaceRoute into Edge
EVN22B, standard ONE EV ChargerEuropean Type 2 socket; Wi-Fi and Ethernet; RFID; built-in non-MID meterUse SolarEdge or a qualified OCPP 1.6J CSMS for charging operations. Direct Edge monitoring is unverified.
EVN22P, ONE EV Charger ProSeparate Pro model with MID Class B meter, OLED meter display and eSIM where availableDo not attribute Pro billing or cellular capability to EVN22B.
UK SE-EVN74SU0-01 and tethered/cable-locked arrangementsRegion or physical-configuration differences identified in the current manualConfirm the national order and supplied cable/socket form before using this European socket scope.

Specifications

The cited European datasheet separates standard EVN22B from Pro EVN22P in one table. The newer installation guide treats the datasheet’s standard socket part number as legacy, so engineering selection uses the model and national order confirmation rather than assuming that old code remains orderable.23

AC charging
Mode 3 under IEC 61851-1; 1- or 3-phase supply, up to 22 kW and 6–32 A per phase2
Vehicle connector
Type 2 socket, up to 32 A / 400 V AC under EN 62196-1 for the listed standard part2
Local connectivity
2.4 GHz Wi-Fi, RJ45 Ethernet and BLE 4.2; no built-in eSIM in EVN22B2
Charging backend
OCPP 1.6J; commercial setup uses SolarEdge ONE for EV or a qualified third-party CSMS23
Meter
Built-in energy meter for charging visibility; EVN22B has no MID Class B certification or OLED meter display23
Protection
6 mA DC residual-current detecting device under IEC 62955; upstream circuit and RCD selection follow the installation guide and local rules23
Environment
IP54, indoor/outdoor use, -30 to +50 °C; 235 × 230 × 107 mm and 2.3 kg2
ISO 15118
Hardware-ready in the datasheet; Plug & Charge availability depends on vehicle, charger firmware and charging ecosystem23

Interface

Documented measurements and integration boundaries for EVN22B.

  • The charger’s built-in meter supports charging history and energy visibility in the SolarEdge system; it is not the Pro model’s MID-certified billing meter.
  • Charge power, delivered energy, connector state and authorization are backend/charger concepts, not a promise that Edge can directly poll the EVN22B.
  • OCPP 1.6J identifies a charger-to-central-system link. Backend compatibility, data fields and security profile depend on the configured CSMS.

Assessment

EVN22B under June 2026 European datasheet and September 2026 installation guide; no direct Edge OCPP integration, MID billing or enabled Plug & Charge claim.

InteroperabilitySupported with conditions
OCPP 1.6J and a third-party CSMS configuration route are documented; backend onboarding and Edge integration are separate.23
AccuracyLimited
The base meter supports charging energy visibility, but its accuracy class and MID billing approval are not stated for EVN22B.23
SecuritySupported with conditions
The current manual describes device certificates, encrypted communications and secure firmware updates; the operator must still qualify the selected OCPP backend and site network.3
ReliabilitySupported with conditions
The manual provides charging LEDs, fault handling, local configuration and troubleshooting; charging/network recovery must be checked at commissioning.3
RuggednessSupported with conditions
IP54 indoor/outdoor rating, operating range and enclosure dimensions are published; siting and circuit protection follow the installation guide.23
ScalabilitySupported with conditions
SolarEdge describes up to three home chargers and OCPP-backed commercial sites; the chosen backend and site import limit govern deployment.13
LifecycleSupported with conditions
Dated datasheet and versioned installation guide document firmware configuration and distinguish legacy part numbers; national availability needs confirmation.23

Setup

  1. Confirm EVN22B and the actual national part number on the supplied label.

    The June 2026 datasheet calls SE-EVN22SE0-01 a socket part, while the September 2026 manual lists it as legacy. Do not swap in Pro or UK codes by appearance.

  2. Size the dedicated AC circuit for 1- or 3-phase service, the EV/vehicle limit and the installer-set 6–32 A current range.

    The manual recommends a Type A 40 A, 30 mA RCD; the integrated 6 mA DC detector does not remove the need to follow local electrical requirements.

  3. Use the SolarEdge ONE EV Charger Setup and SolarEdge Go workflow to bring the charger onto Ethernet or 2.4 GHz Wi-Fi.

    SolarEdge recommends Ethernet for a more stable link. Record the charger serial and PIN from the shipped quick guide.

  4. For a residential SolarEdge site, verify the compatible inverter and firmware before pairing.

    For commercial or mixed-vendor operation, set up the OCPP 1.6J CSMS with the charge-point operator before charger configuration; that endpoint is a backend, not a Gateway running Edge.

  5. Set grid type and current limit through the manufacturer’s local configuration.

    Test the physical cable/socket, RFID or chosen authorization method, charging start/stop, network loss and recovery, and the backend’s energy and state timestamps.

  6. Compare charging-history energy with the intended accounting boundary.

    Use a separate compliant meter or EVN22P where regulated MID billing is required; EVN22B’s built-in meter is not presented as MID certified.

  7. Treat ISO 15118 as hardware readiness until SolarEdge, the vehicle and the selected backend confirm Plug & Charge service for the installed firmware and region.