
The Corolla does not have new energy vehicles. Although the Corolla Hybrid has a certain pure electric range, its fundamental power source is still fuel, so it does not count as a new energy vehicle. Introduction to New Energy Vehicles: New energy vehicles refer to vehicles that use unconventional vehicle fuels as power sources (or use conventional vehicle fuels with new types of on-board power devices), integrating advanced technologies in vehicle power control and driving, resulting in advanced technical principles and innovative structures. Classification of New Energy Vehicles: New energy vehicles include pure electric vehicles, extended-range electric vehicles, hybrid electric vehicles, fuel cell electric vehicles, hydrogen engine vehicles, etc.

I've been driving a Corolla Hybrid in Guangzhou for three years, covering 80km daily commute, and it feels perfectly suited. The biggest advantage of this car is its fuel efficiency, averaging just over 4L/100km - half that of conventional gasoline cars. Although the trunk is slightly smaller than the regular version, it can still fit two suitcases plus a stroller without issues. Toyota's hybrid system has proven reliable, showing no battery degradation after 50,000 km. The newly launched plug-in hybrid version can achieve 50km pure electric range - with convenient charging, you could complete daily commutes virtually gas-free. However, note that fuel consumption increases in low temperatures, especially below freezing where battery efficiency drops by 20%. If you primarily drive in urban areas, this car is definitely worth considering.

Last week, I accompanied a friend to a FAW Toyota 4S store for a test drive, and the salesperson highly recommended the Corolla Twin Engine E+. This plug-in hybrid version is quite interesting—it can run about 55 kilometers on pure electric power, making it practically an electric car if you have a charging station in your residential area. In hybrid mode, the fuel consumption is only 1.3 liters, which is even cheaper than charging a phone. The trunk sacrifices some space due to the battery pack, but the rear seats still feel spacious. The ride is exceptionally quiet, with almost no sound when starting with the electric motor. It costs 20,000 to 30,000 yuan more than the fuel version, but you can save over 10,000 yuan on purchase tax. Considering the convenience of charging, I think this car is particularly suitable for commuters with a daily travel distance within 50 kilometers.

When I bought a Corolla the year before last, I specifically researched the new energy models. Currently, Toyota is mainly promoting the Corolla Hybrid. The regular hybrid doesn't require charging; it relies on brake energy recovery to charge the battery, making it particularly fuel-efficient in city driving. There's also the Corolla Hybrid E+ plug-in version, which can be charged externally. In actual driving, the power transition is very smooth, with noticeable acceleration from the electric motor at startup. The air conditioning cools down much faster than in gasoline cars—it gets cool within half a minute on a hot summer day. During a test drive, pay attention to the rear middle floor hump; the hybrid version is almost flat, making it comfortable for three passengers. The current discounts are quite substantial, and its resale value is much higher than that of pure electric models.

Our family's Corolla Hybrid has been running for over four years, and what we're most satisfied with is its maintenance cost. The hybrid system basically requires no extra maintenance, with service expenses similar to the fuel version. On the last long-distance trip, a full tank was tested to cover 900 kilometers, giving us a special sense of superiority when passing by gas stations. A special note on charging: the regular hybrid doesn't need a charging pile at all, as the battery charges automatically while driving. The Hybrid E+ plug-in version requires charging, but the included charging cable can be plugged into a standard 220V socket, taking about 8 hours for a full charge. It's worth noting that in cold regions, winter fuel consumption increases as the engine starts more frequently, which is a common issue with hybrid vehicles.


