Škoda

Epiq

Understand the differences between versions and calculate a reference for your energy costs.

Škoda Epiq
Credits
Creator
Ssu
Photograph
2026 Skoda Epiq, white (1).jpg
Changes
Proportionally resized and converted to WebP. No crop or alteration of the vehicle.

Ssu / Wikimedia Commons / CC BY-SA 4.0

The optimized copy retains the stated license. No creator endorsement is implied.

Škoda Epiq.
Documented version · Italy

315–328 km

WLTP

37 kWh

Usable capacity

Selected version: 40

What will I spend on energy?

What will I spend on energy?

€/kWh

Use the price you pay per kWh. We do not assume a tariff.

We are using 13.9–14.5 kWh/100 km

Combined WLTP consumption

Enter your price to calculate a reference per 100 km.

Energy costs based on WLTP, not a prediction of your driving or the total cost of the car.

How it is calculated ↓

What changes between versions?

40 compared with

Maximum power
4099 kW
55155 kW
Combined WLTP range
40315–328 km
55430–441 km
Combined WLTP consumption
4013.9–14.5 kWh/100 km
5513.7–14.1 kWh/100 km
Maximum DC charging power
4088 kW
55105 kW

What stays the same

  • DrivetrainFront-wheel drive
  • Maximum AC charging power11 kW

Higher peak power does not establish a shorter charging session.

Combined type-approval cycle; not a particular journey.

Technical specifications

40 · Market: Italy

Battery
Gross capacity
38.5 kWh
Usable capacity
37 kWh
Range and consumption
Combined WLTP range
315–328 km
Combined WLTP consumption
13.9–14.5 kWh/100 km

Combined type-approval cycle; not a particular journey.

Charging
Maximum AC charging power
11 kW
Maximum DC charging power
88 kW

Higher peak power does not establish a shorter charging session.

DC session · 10–80%: 23 min

Performance
Drivetrain
Front-wheel drive
Maximum power
99 kW
Maximum torque
264 Nm
0–100 km/h acceleration
9.9 s
Top speed
160 km/h
Dimensions
Length
4,171 mm
Width
1,798 mm
Wheelbase
2,601 mm
Boot capacity
475 L
Seats
5
Data and methodology

Versions documented for Italy. Technical documentation does not guarantee immediate availability or stock.

Cost per 100 km = WLTP consumption × price per kWh. No extra losses or speed/temperature adjustments are added.

Sources and review dates

Documents consulted for the versions on this page. The date records our source review, not a road test or current availability.