Electric vehicles are becoming very popular in today's automotive market. With the luxury brand Land Rover planning its first all-electric Land Rover, you can expect Land Rover's first all-electric vehicle to be out by 2024. In the next five years, the Land Rover brand plans to welcome six electric cars as it continues to be the front-runner of luxury SUVs through its families of Rand Rover Discovery and Defender. Land Rover intends to have its first all-electric variant arrive in 2024.
The two Land Rover platforms will accept battery electric vehicles and electrified gasoline-fueled powertrains. Land Rover plans not to stop at battery electric vehicles. The Land Rover brand aims to achieve net-zero carbon emissions across our supply chain, products, and operations by 2039. We are also preparing for the excepted adoption of clean fuel-cell power in line with a maturing of the hydrogen economy.
With the future of the automotive world demanding better efficiency, Land Rover Plug-in Hybrid vehicles (PHEVs) combine an engine with an electric motor and battery.
Using an external power supply and regenerative braking, a Land Rover PHEV delivers optimum performance and efficiency. The Land Rover PHEV range includes plug-in hybrid electric variants of the Range Rover and Range Rover Sport.
Land Rover PHEV Range
With Range Rover, the PHEV delivers a virtually silent drive in fully electric vehicles (EV) mode and, for optional refinement, ensures a seamless transition between the gas engine and electric motor.
Four Types of Electric Vehicles
As electric vehicles start to become very popular, here are the four main types of electric vehicles.
A Mild Hybrid System harvests and stores energy and intelligently redistributes it to assist the engine. It incorporates an enhanced Stop/Start system that enables the engine to shut down while the vehicles decelerate to a stop. These features improve your car's overall fuel economy.
Hybrid Electric vehicles come powered by a standard engine with an electric motor and battery pack to improve efficiency. With an eclectic motor and battery pack to improve efficiency, a Hybrid Electric Vehicle charges its battery via regenerative braking.
When combining a conventional engine with an electric motor and a battery, a Plug-In Hybrid Electric Vehicle is charged from an external power s. Using regenerative braking seamlessly selects and blends the engine and electric motor to deliver optimum performance and efficiency.
With no conventional engine, a Battery Electric Vehicle comes powered by an electric motor with a battery. You can recharge using a plug-in charge point that delivers permanent pure electric driving. Charged from an external power supply and using regenerative braking, a BEV achieves zero tailpipe emissions.
