
The Tiguan L PHEV can operate in multiple driving modes: Hybrid, Pure Electric, Hold, and Battery Charge modes. If the Pure Electric mode is selected, the system will automatically switch to gasoline-only mode after exceeding 52 kilometers of driving. Typically, when the battery level drops to a certain point or when conditions no longer meet pure electric driving requirements, the vehicle will automatically enter the hybrid mode. In Battery Hold mode (switching from hybrid to pure electric) or Battery Hold mode (switching from pure electric to gasoline-only), the system does not automatically switch between these two modes during driving. The driver needs to select the desired mode before starting the vehicle using the driving mode switch.

As an owner of the Tiguan L PHEV, I've been driving it for almost a year now. At red lights, it basically runs on electricity, with the engine automatically shutting off and relying solely on the to power the air conditioning and electronic devices. The system only switches to gasoline when the battery level drops below a certain point, but this is rare. The intelligent control of the hybrid mode prioritizes electricity at low speeds or when stopped, saving fuel and keeping things quiet. I remember one time being stuck at a red light, and the car was so silent it was almost eerie—my friend thought the engine had shut off, but in reality, the battery was still powering the system. In daily driving, using electricity has many benefits: good battery management extends its lifespan, and if charging is convenient, commuting in the city hardly requires any gasoline. I recommend keeping an eye on the battery level indicator to avoid unexpected switches.

I think the Tiguan L PHEV is a truly economical choice when stopping at red lights using electric power. With the engine off, it doesn't consume gasoline, saving me a lot on fuel costs. Especially during rush hours with frequent red lights, it saves an average of 2-3 liters of fuel. The hybrid system is intelligently designed to automatically determine whether to use electricity; with sufficient , it won't burn fuel no matter how long you wait. In the long run, this reduces vehicle operating costs, significantly lowering fuel consumption in urban traffic jams. I've recorded data myself, and when electric usage is high, monthly fuel expenses are halved. Making more use of charging stations, especially charging at night, is even more cost-effective, making it much more environmentally friendly and efficient than pure gasoline vehicles.

Driving the Tiguan L PHEV, using electric power at red lights gives me peace of mind, reducing engine noise and vibration, making the cabin environment more comfortable. The hybrid mode automatically switches to electric unless the is low, but the battery is sufficient for city driving. Starting with electric power is smooth, without any jerking. During long red lights, I listen to music or turn on the air conditioning, all powered by the battery without consuming fuel. This experience is very user-friendly, making driving less tiring. It's recommended to maintain charging habits to maximize electric driving time.

When waiting at a red light, the Tiguan L PHEV's electric mode ensures safety and convenience, with the engine shutting off to reduce failure risks. Electric drive keeps the lights and systems running continuously, with quick startup response—the car moves as soon as the light turns green. The hybrid design prioritizes electric power at low speeds, avoiding wasteful idling like in gasoline cars. Using electricity at red lights is quiet and smooth, without affecting daily functions. I've driven it several times and found it very reliable, with the system handling the transitions automatically. This reduces driver distraction, allowing better focus on road conditions. Regular maintenance can extend electric driving duration.

I noticed the advantage of the Tiguan L PHEV using electricity at red lights is its environmental friendliness and efficiency. With the engine turned off, it runs on the , producing zero tailpipe emissions, which is beneficial for urban air quality. The hybrid system intelligently selects between electric or gasoline power based on speed and load, and it almost always uses electricity when stationary. My own driving data shows that when the proportion of electric usage is high, fuel consumption significantly decreases. Using electricity is quiet and free from disturbances, without generating excess heat. It is recommended to use the charging mode more often to enhance overall performance. In the long run, this reduces carbon emissions and energy waste.