
Plug-in hybrid models are also considered new energy vehicles. The differences between plug-in hybrid vehicles and conventional hybrid vehicles can be primarily observed in the following aspects: First: Battery capacity. Conventional hybrids have very small battery capacities, which only supply or recover energy during start-stop, acceleration, and deceleration. They cannot be charged externally and cannot travel long distances in pure electric mode. Plug-in hybrid vehicles have relatively larger batteries that can be charged externally and operate in pure electric mode. When the battery is depleted, they switch to hybrid mode while recharging the battery as needed. Second: Presence of an engine. Plug-in hybrid electric vehicles are a new type of hybrid electric vehicle, differing from traditional hybrids that combine gasoline power with electric drive. The driving principles and units of plug-in hybrids are the same as those of electric vehicles, with the only difference being the presence of an engine onboard.

Having driven a plug-in hybrid for the past few years, I firmly believe it fully qualifies as a new energy vehicle, especially from an environmental perspective. In pure electric mode, it produces zero emissions, and daily commuting can be covered by charging, saving fuel, reducing carbon footprint, and cutting costs. On weekends, switching to hybrid mode for long trips eliminates range anxiety. Compared to pure gasoline cars, it reduces tailpipe pollution by at least half, significantly alleviating urban smog. Although the occasional use of a gasoline engine means it's not 100% green, it represents a qualitative leap over traditional vehicles. Many friends around me are considering switching to plug-in hybrids—they're eco-friendly and practical, perfectly embodying the spirit of new energy. The only downside is the need to find charging stations; hopefully, infrastructure will improve soon.

From a policy perspective, examining whether plug-in hybrids qualify as new energy vehicles, I believe the classification is clearly affirmative. Domestic regulations stipulate that plug-in hybrid vehicles can enjoy new energy vehicle benefits such as exemption from purchase tax and green license plate privileges, particularly in purchase-restricted cities like Beijing and Shanghai, where buying them allows consumers to bypass the lottery system. To be compliant, such vehicles must be capable of external charging and pure electric driving for a certain distance. In the past, subsidy policies strongly supported them, although recent years have seen a shift toward prioritizing pure electric vehicles. Under strict technical standards, they are categorized as PHEV (Plug-in Hybrid Electric Vehicle) new energy models, though controversy exists due to the presence of a backup engine. Overall, the government defines them as new energy vehicles, benefiting consumers and driving industrial transformation.

Using a plug-in hybrid for daily driving feels quite good, and it can be considered a new energy vehicle. For short trips, charging and driving save money and are quiet, offering an experience similar to that of an electric car, with longer intervals between refueling. On highways, the hybrid mode provides peace of mind, avoiding the range anxiety of pure electric vehicles. After developing a charging habit, the cost per kilometer is much lower, and it reduces maintenance hassles. However, if you really ask whether it counts as pure new energy, it's somewhat of a middle ground—not completely free from gasoline but making significant progress. It suits transitional users like me who want to save costs but are wary of too drastic a change.

From a technical perspective, how does a plug-in hybrid qualify as a new energy vehicle? I believe it partially qualifies. It features lithium batteries and an electric motor system, can be plugged in to store green energy to drive the wheels, and achieves zero-emission standards in pure electric mode. The engine part still relies on traditional fuel technology, but the overall efficiency is higher with regenerative braking energy recovery. Structurally, it belongs to the PHEV hybrid category, classified as a branch of new energy vehicles. However, the small battery capacity limits the pure electric range, unlike pure electric vehicles (BEVs) that completely break away from fossil fuels. With future technological improvements, it may move closer to being a true new energy vehicle.


