What engine does the BYD Tang use?

[Grace]

BYD Tang is equipped with the BYD487QA engine. Here are the specific details: 1. The BYD Tang engine, codenamed BYD487ZQA, is a 2.0T engine independently developed by BYD. 2. The entire engine is independently produced with a vertical integration rate of up to 90%. It features exhaust gas turbocharging, an all-aluminum engine, dual variable valve timing, direct fuel injection, dual balance shafts, and an intercooler in the intake manifold. Many core components are supplied by top-tier brand suppliers such as BorgWarner and Bosch. 3. In terms of power parameters, the maximum power is 151 kW, and the maximum horsepower is 205 PS. The torque of this engine is also a highlight, reaching up to 320 N·m, and it can deliver full torque power at just 1750 rpm.

[LaBenjamin]

The engine of the BYD Tang varies depending on the version. For the plug-in hybrid Tang DM version, it commonly uses a 1.5T turbocharged gasoline engine with a power output of approximately 160 kW, paired with dual motors to form the DM system, delivering strong power while being fuel-efficient. It can easily cover 600 kilometers on a full tank and full charge. The engine boasts high fuel efficiency, with a fuel consumption of around 5 liters per 100 kilometers, making it suitable for both city commuting and long-distance travel. The all-electric Tang EV version, on the other hand, has no internal combustion engine and relies solely on electric motors for propulsion, offering zero emissions, quiet operation, and smooth performance. Personally, I think BYD has made rapid progress in engine technology. This self-developed engine is reliable, easy to maintain, and most importantly, offers high cost-performance, making it a great choice for family users.

[VonGage]

I previously drove a friend's BYD Tang PHEV, and its 1.5T engine performed exceptionally well. It starts up smoothly with minimal noise, primarily running on electric power in the city, making the engine almost inaudible. On the highway, it accelerates quickly when you step on the gas, making overtaking effortless. The fuel consumption is impressively controlled, allowing you to travel a considerable distance on a full tank. Engine maintenance isn't troublesome either, with affordable oil changes and other services. Overall, the Tang's engine design is practical and well-suited for everyday driving enthusiasts.

[AlanFitz]

The BYD Tang commonly features a hybrid version equipped with a 1.5T or 2.0T gasoline engine, delivering ample power and rapid acceleration, achieving 0-100 km/h in just over seven seconds. Compared to other mid-size SUVs, the Tang's engine technology is advanced, independently developed for high efficiency and energy savings. The pure electric version lacks an internal combustion engine, offering superior quietness. With the engine collaborating with the electric motor, the combined range exceeds 500 km, ensuring high practicality. Low maintenance costs and good reliability are the aspects I particularly appreciate.

[VonPhoebe]

I use the BYD Tang plug-in hybrid at home, equipped with a 1.5T engine. The engine rarely intervenes during daily driving, mostly running on electricity which saves fuel and money, with a fuel consumption of about 5 liters per 100 kilometers. Maintenance only requires simple oil changes. The driving experience is smooth without jerking, and the noise control is well-managed, making it suitable for long-distance travel. The engine provides sufficient power on slopes and mountain roads, comparable to gasoline cars. Overall, it offers high cost-effectiveness, with a durable and reliable engine, making it an economical and practical choice.

[LeIsabelle]

The BYD Tang's engine layout emphasizes environmental protection and economy. The hybrid version's 1.5T engine is highly efficient and energy-saving, working in tandem with the electric motor to reduce emissions and save fuel. With the wave of electrification, the pure electric version of the Tang has abandoned the internal combustion engine in favor of a cleaner pure electric system. Future new models may upgrade engine thermal efficiency or integrate new technologies. From my personal observation, the Tang's engine technology represents domestic progress, balancing performance and sustainability, making it a good example of a new energy vehicle.