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Home Wallbox H2-22T11 — 22 kW EV Charger
SKU
H2-22T11
Brand
Home
Datasheet (PDF)

Home Wallbox H2-22T11 — 22 kW EV Charger

Home Wallbox H2-22T11 combines 22 kW three-phase charging with smart connectivity—scheduling, session logs, and load balancing when solar or building demand competes for the same feeder.

Tech Specs

Home Wallbox H2-22T11 — 22 kW EV Charger — Tech Specs
Parameter Value
Technical Data
Brand Gresgying
Model H2-22T11
Connection Type 3P+N+PE
Nominal Voltage 400 V
Nominal Current 32 A
Output Power 22 kW
Display 3.8 inch LCD
Authentication Methods APP, RFID, Plug&Play
Connector Type Type 2
Cable Length 5 m
Communication WiFi, BT, 4G, LAN, OCPP 1.6J
RCD Type A (30 mA) + DC 6 mA
Operating Temperature -30°C to 50°C
Storage Temperature -40°C to 75°C
Weight 5 kg
Max. Working Altitude 2000 m
Mounting Type Wall-mounted
Dimensions (W x D x H) 388 × 202 × 116 mm
IP Rating IP55
Warranty 2 years

Smart scheduling aligns charging with solar surplus or off-peak tariffs—relevant as B2C EV owners face 0.24 ₾/kWh but want to minimize draw during evening peaks. App visibility supports reimbursement in fleet-lite scenarios (sales teams, delivery).

Load balancing input prevents main breaker overload when HVAC, storage inverters, and EV charge concurrently—a common failure mode on retrofitted commercial panels. CT clamps on the incomer are standard commissioning hardware.

Compact form factor targets residential garages and small office parks where Turbo H1 commercial styling is unnecessary.

Ideal for

  • Three-phase homes needing fastest Level 2 charging
  • Small offices with 1–2 EVs and existing solar
  • Users wanting app schedules without full EMS SCADA

Technical FAQ

Difference vs H1-EU22?
Both 22 kW class—compare branding, app ecosystem, cable length, and IP rating for site aesthetics.
Load balancing required?
Strongly recommended on shared transformers—prevents nuisance tripping when solar export flips to EV import.
Single-phase homes?
Specify H2-11T11 11 kW variant instead—22 kW needs three-phase service.
Works with hybrid backup?
During outage, EV charging may be disabled by design—critical loads prioritize storage SOC.
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