GET PLUGGED INTO THE FUTURE OF FUN-TO-DRIVE

Full EV

EV cars, also known as battery-powered electric vehicles (BEVs), operate using an electric motor powered by a high-capacity traction battery. Instead of relying on fuel, these vehicles are charged through wall outlets or dedicated EV charging stations (EVSE). As they run entirely on electricity, ev cars produce zero tailpipe emissions and do not require components like fuel tanks or pumps. They represent a cleaner, more efficient alternative to traditional combustion vehicles, making them ideal for environmentally conscious drivers in the UAE and beyond.


Learn more about electric vehicles.
How do Electric Cars work

ev cars

ev cars

COMING SOON

Hybrid Engines

Hybrid electric vehicles (HEVs) blend conventional fuel power with smart electric assistance. Instead of relying on external charging, these vehicles recharge their batteries automatically through regenerative braking and the engine’s own motion. This dual-power system not only boosts fuel efficiency but also minimizes engine workload and idling—making hybrids an ideal choice for drivers seeking reduced emissions without compromising performance or convenience. With intelligent energy management, HEVs offer a seamless transition between electric support and engine drive for a smoother, eco-friendly ride.


How do Hybrid Electric Cars work

E- REV

Extended-Range Electric Vehicles (EREVs) are a unique type of plug-in EV car that primarily rely on an electric motor for propulsion but include a compact petrol or diesel generator to recharge the battery once it's low. This setup allows the vehicle to function as a fully electric car for short trips, while the onboard generator extends its driving range when needed. With battery capacities often between 10–20 kWh, EREVs effectively bridge the gap between electric vehicles and traditional hybrids—delivering the benefits of zero-emission driving without range anxiety.

  • For moderate distances, E-REVs can operate in full-electric mode and are then as clean and energy-efficient as BEVs (unlike parallel hybrids and other series hybrids with their smaller batteries and very limited electric range). For longer distances, E-REVs utilize the ICE to keep the battery charged, but consume noticeably less fuel than conventional ICEVs for the following two reasons: (i) The engine of an E-REV is significantly smaller than that of a conventional ICEV – it only needs to meet average power demands because peak power is delivered by the battery pack. The engine of an ICEV, on the other hand, must also cover peak-power surges, e.g. accelerations. (ii) The engine of an E-REV operates at a constant, highly efficient, rotation speed; whereas that of an ICEV often runs at low or high rotation speeds during which, in both situations, its efficiency is low.



    Extended Range Electric Vehicles!