Which Types of Vehicles Belong to New Energy Vehicles?

[DiJoshua]

New energy vehicles can be classified into the following categories: Electric Vehicles: Electric vehicles include pure electric vehicles, hybrid electric vehicles, and fuel cell electric vehicles. Gas-Fueled Vehicles: Gas-fueled vehicles refer to those that use combustible gases as energy sources to power the vehicle. Biofuel Vehicles: Vehicles that run on biofuels or blends containing biofuels are called biofuel vehicles. Compared to traditional vehicles, biofuel vehicles do not require significant structural modifications but generally have lower emissions. Examples include ethanol-fueled vehicles and biodiesel vehicles. Hydrogen Fuel Vehicles: Hydrogen fuel vehicles are those that use hydrogen as the primary energy source to power the vehicle. While conventional vehicles use gasoline or diesel as internal combustion engine fuels, hydrogen fuel vehicles utilize gaseous hydrogen as the fuel for internal combustion engines.

[IsabellaFitz]

I've been driving new energy vehicles for several years, mainly pure electric models like the Tesla Model Y and BYD Han EV. They are entirely powered by batteries, consuming no fuel and producing no tailpipe emissions. There's also a type called plug-in hybrid electric vehicles, such as the BYD Tang DM, which can run dozens of kilometers on pure electric power after charging or use gasoline as a backup, making it particularly suitable for long-distance travel. Additionally, hydrogen fuel cell vehicles are also considered new energy vehicles, with Toyota's Mirai utilizing this technology, emitting only water vapor. The benefits of new energy vehicles include cost savings and environmental friendliness, as a single charge can cover hundreds of kilometers, and the government offers subsidies and exemptions from purchase taxes, making them increasingly popular to buy now.

[OPaul]

As an environmentalist, I have always supported new energy vehicles because they replace gasoline with clean energy, significantly reducing carbon emissions and air pollution. Pure electric vehicles do not rely on fossil fuels at all and produce zero emissions while driving; plug-in hybrid vehicles also have virtually zero tailpipe emissions in pure electric mode in urban areas; hydrogen fuel cell vehicles generate electricity through the reaction of hydrogen and oxygen, with water being the only byproduct. These types of vehicles greatly improve air quality and can even be paired with home solar charging, truly achieving green mobility and contributing to the protection of our planet for future generations.

[Bradley]

From a technical perspective, new energy vehicles can be categorized into three core types: pure electric vehicles rely on battery packs to power electric motors; plug-in hybrids combine internal combustion engines with electric motors and can extend electric-only range through socket charging; hydrogen fuel cell vehicles generate electricity directly through hydrogen-oxygen reactions to drive motors. Batteries are typically lithium-ion or solid-state, offering high efficiency but with range affected by temperature. Current technological innovations include range-extended electric vehicles that use small engines solely to charge batteries without directly driving wheels, making them suitable for complex road conditions. The average range now exceeds 300 kilometers, and convenience has significantly improved with the widespread availability of charging stations.