BYD's Yangwang U7 Gets Power Boost with 1,341 HP

EV editor focused on charging, batteries and ownership costs. Drives a Kia EV6 GT and does tough winter range tests.
BYD's luxury sedan, the Yangwang U7, has been upgraded to deliver an impressive 1,341 horsepower, marking a significant enhancement in its performance capabilities. This power boost comes as part of the latest regulatory filings with China's Ministry of Industry and Information Technology (MIIT), positioning the Yangwang U7 as a formidable contender in the high-end electric vehicle market.
The Yangwang U7 has been a symbol of luxury within BYD's lineup, and this latest upgrade further solidifies its place at the top. According to the new filings, the vehicle's electric motor output has been increased, raising the total power from 1,287 hp to a staggering 1,341 hp. This is achieved through an improved electric drivetrain featuring four permanent magnet synchronous motors with peak powers of 260 kW, 260 kW, 240 kW, and 240 kW. Despite this increase in power, the vehicle's physical dimensions remain unchanged, maintaining its length of 5,360 mm, width of 2,000 mm, and height of 1,515 mm. The wheelbase continues to be a spacious 3,200 mm, and the curb weight is steady at 3,223 kg. Additionally, the Yangwang U7 retains its 2.0-litre BYD4H20 engine, which contributes 200 kW to the overall power output.
One of the key technological advancements featured in the Yangwang U7 is its DiSus-Z electromagnetic suspension system. This innovative system, a first in the automotive industry, utilizes electromagnetic principles similar to those found in aircraft carrier catapults and maglev trains. It provides superior ride quality by adjusting the vehicle's height and damping based on data from lidar and cameras, which detect road conditions half a second in advance. This allows for a smoother and more adaptive driving experience. The U7's suspension system showcases BYD's commitment to integrating cutting-edge technologies into their vehicles, enhancing both performance and comfort.
The Yangwang U7 is not only about performance; it is also a strategic move by BYD to capture market share from established luxury automakers like Mercedes-Benz, BMW, and Audi. With a starting price of 628,000 yuan (approximately 87,150 USD), the U7 aims to compete directly with high-end sedans such as the Mercedes-Benz S-Class, BMW 7 Series, and Audi A8L. The model is positioned as a flagship sedan, reflecting BYD's ambition to elevate its brand status in the global luxury car market. The integration of advanced technologies and a significant power upgrade underscore BYD's capability and determination to challenge traditional luxury car manufacturers.
In maintaining its competitive edge, BYD has ensured that the Yangwang U7 is equipped with a reliable power source. The vehicle uses lithium iron phosphate batteries, with cells produced by Guangxi Findreams Battery Co., Ltd., and the battery pack assembled by Changsha Findreams Battery Co., Ltd. This choice of battery technology is known for its safety, longevity, and thermal stability, which are crucial for high-performance electric vehicles. Moreover, the U7's status as the world's first 'four-electric' flagship sedan highlights its comprehensive integration of innovations in battery, motors, electronic control, and suspension systems.
Looking ahead, the Yangwang U7's enhancements are reflective of a broader trend in the automotive industry where electric vehicles are increasingly being positioned as not just eco-friendly alternatives, but as high-performance machines capable of rivaling traditional luxury cars. BYD's latest upgrade serves as a testament to the potential of electric powertrains in delivering both power and efficiency. As the global market continues to shift towards sustainable mobility solutions, the developments seen in the Yangwang U7 could pave the way for future innovations in luxury electric vehicles.

About Elena Park
EV editor focused on charging, batteries and ownership costs. Drives a Kia EV6 GT and does tough winter range tests.