Where energy comes from
Charging emissions depend on how the electricity is generated and how much energy the vehicle uses.

Review use-phase emissions, electricity generation and the wider vehicle and battery lifecycle.
Battery-electric vehicles don’t burn fuel as they move, so they produce no tailpipe carbon dioxide. That is one part of the environmental picture.

Electric does not mean impact-free. A useful comparison considers the vehicle, the energy and the years of use.
Charging emissions depend on how the electricity is generated and how much energy the vehicle uses.
Battery and vehicle manufacturing are part of a full lifecycle assessment, before the first journey begins.
Vehicle lifetime, battery use and end-of-life treatment also affect the overall footprint.
For your fleet, start with distance travelled, actual fuel or electricity consumption, and the emissions factors appropriate to your energy supply.
A credible carbon comparison also states what it includes: driving alone, energy production, or the complete vehicle lifecycle.
We do not publish a C-Volt carbon-savings total without measured fleet data and a defined calculation method.
They have no tailpipe emissions. Electricity generation, manufacturing and other lifecycle stages can still produce emissions.
That depends on the vehicles being replaced, distance, energy consumption, charging electricity and the scope of the comparison. A generic figure cannot describe every operation.
No. Battery swapping is an energy-access method. Environmental impact still depends on electricity generation, battery production, use and end-of-life treatment.
Further reading: US EPA — electric vehicles and lifecycle emissions . General principles only; US grid estimates are not used as Qatar emissions factors.
Let’s talk about the vehicles, energy and operating data that matter to your fleet.