Lower lifetime emissions: Over their full life cycle, including manufacturing and battery production, EVs produce significantly fewer greenhouse gas emissions than petrol or diesel vehicles. This advantage will grow as electricity grids rely more on renewable energy.

Improved air quality: EVs have zero tailpipe emissions, meaning they do not release harmful gases and particulates into the air. This drastically reduces air pollution, especially in dense urban areas, which leads to improved public health.

Increased efficiency: An electric motor converts over 75% of the energy from its battery into motion. In contrast, an internal combustion engine (ICE) uses only about 20% of the fuel's energy to power the car, with the rest lost as heat. 

Better performance: EV motors deliver instant torque, providing rapid, smooth acceleration from a standstill with no delay from gear changes. Their low center of gravity, due to the heavy battery pack, also improves handling and stability.

Quieter and smoother ride: The near-silent operation of an EV's motor creates a more peaceful and relaxing driving experience. This reduces noise pollution for both the driver and the surrounding community.

Convenient charging: For drivers with off-street parking, charging at home overnight is convenient and means starting every day with a "full tank." A rapidly expanding public charging network also makes longer trips increasingly viable.

Advanced technology: Most EVs come equipped with smart technology, from smartphone apps that allow you to control charging schedules and pre-condition the cabin, to advanced driver-assistance features.

"Future-proofed" driving: With many countries setting deadlines for the end of new petrol and diesel car sales, switching to an EV prepares drivers for a zero-emissions future.