Free XPENG calculator · 03 / 04
XPENG cost per 100 km calculator
Turn a documented or personal electricity consumption into a driving cost.
Complete your setup
Enter your electricity price per kWh (zero is allowed).
Make sense of the numbers
How much does an XPENG cost to drive on electricity?
A cost per 100 km makes electricity spending easier to compare. Use consumption for the exact version and protocol, or your own measured consumption, then apply your personal tariff.
- 1
Choose a consumption that describes your scenario
Manufacturer figures, independent tests and personal readings answer different questions. Keep WLTP, CLTC and other protocols visible. Changing miles to kilometres changes the unit, not the test cycle.
- 2
Check whether charging losses are already included
Outlet-based consumption can be multiplied directly by the tariff. Battery-side consumption needs a compatible charging efficiency to estimate billed electricity. Applying that correction to an outlet measurement would count losses twice.
- 3
Use electric-mode data for a range extender
A weighted combined figure for an EREV mixes electric and fuel use under a test protocol. It does not describe electricity-only driving. Calculating a total running cost would also need fuel consumption, fuel price and your split between driving modes.
Frequently asked questions
XPENG electricity cost per 100 km questions
Practical answers to help you choose the right inputs and read your result.
How do I calculate electricity cost per 100 km?
Multiply billed electricity consumption in kWh/100 km by your price per kWh. If your consumption is measured at the battery, divide it by a compatible session efficiency first. If it already includes charging losses, multiply directly without applying another efficiency correction.
Can I use the consumption shown on my dashboard?
Yes, if it reports electricity used from the battery in kWh/100 km. Choose Car dashboard and the calculator adds an adjustable charging-loss allowance to estimate billed electricity. The result is approximate. If the reading already includes charging losses, choose Electricity meter to avoid counting them twice. For a range extender, use electricity-only driving consumption.
Can I compare a WLTP figure with a CLTC figure?
They can be shown with their original labels, but they are not equivalent tests. Compare matching protocols and modes where possible, or use comparable independent measurements. This calculator does not apply a universal WLTP-to-CLTC conversion or infer consumption from a rounded range figure.
How can I estimate the electricity cost of a longer journey?
Multiply cost per 100 km by journey distance divided by 100, provided the consumption and tariff assumptions remain applicable. A trip using different charging tariffs needs separate segments or a justified blended tariff. Station fees, parking, servicing and other costs are outside this electricity-only result.
Does this show the full running cost of an XPENG range extender?
No. The result covers electricity-only driving when compatible pure-electric consumption is available. A full EREV estimate would require petrol consumption and price as well as an explicit assumption about how much driving uses each mode. A weighted combined homologation figure cannot be substituted for pure-electric consumption.
Keep planning your XPENG journey
Connect charging, electricity spending and electric range with the other calculators.