On November 17, at the current Guangzhou Auto Show, Gaohe Automobile’s first joint product HiPhi A was unveiled. HiPhi A is jointly designed and developed by Gaohe Automobile and Lianheli Century. It combines Gaohe Automobile's forward-looking self-developed technology and Apollo supercar elements. Officials stated that HiPhi A will be sold in limited quantities globally and is planned to be officially put into production and start delivery in the first quarter of 2025.
As the first co-branded product of Gaohe Automobile, the design of HiPhi A combines the design spirit of Apollo supercar with Gaohe Automobile’s new expression method in the digital era. With the user as the core, the car body structure is reshaped through electric technology, and the power system and driving space layout are redistributed.
HiPhi A presents a very futuristic visual style as a whole. The carbon fiber material of the car body corresponds to the matte spray material, forming a body shape in which the whole vehicle is nested with each other and the opposites are merged; wide The body-shaped front and rear fenders and ultra-wide tires bring a strong visual impact.; HiPhi A subverts the traditional space layout, creating a sci-fi and passionate driving atmosphere in the front row, while taking into account the spacious and comfortable riding experience in the rear row; HiPhi A will also have Gaohe"s original < span>HiPhi BotThe multi-axis displacement robot is brought into the field of supercars, presenting the way of human-vehicle interaction in the digital era.
HiPhi A will be the first to be equipped with Gaohe’s self-developed high-performance power system, matched with intelligent control. Gaohe"s self-developed electric drive assembly is based on the 800V platform and adopts a front single motor drive + rear dual motor drive layout. The peak power of the system can reach 1305Ps span>. The motor adopts industry-leading ultra-high-speed carbon fiber rotor design and is matched with intelligent oil cooling technology, which can achieve ultra-high speed of 22000rpm and ultra-long-term high-power power output of 30min or more. At the same time, thanks to advanced technology, the motor equipped with HiPhi A also has the advantages of lightweight, high integration, small size, ultra-quiet, and upgradeable. Official data shows that HiPhi A's 0-100km/h acceleration reaches 2 seconds, and its top speed is close to 300km/h.
HiPhi A will be equipped with a new self-developed high-power battery pack, which can achieve 1.5 peak discharge power of MW. In addition, this battery pack is the first in the industry to use a carbon fiber bulletproof coating bottom guard and a fireproof spray-coated carbon fiber upper cover. It is matched with Gaohe"s self-developed battery terminal and cloud collaborative control technology Hi-BS to achieve both performance and performance. and safety.
HiPhi A will also realize the mass application of aviation-grade TC4 titanium alloy in automotive interior and exterior decoration for the first time. In addition, high-performance aluminum alloys, nano-ceramics and other materials will also be widely used in chassis parts. At the same time, Gaohe Automobile will cooperate with the Intelligent Manufacturing System Center of Shanghai University of Science and Technology to realize full-process closed-loop development such as material powder selection, innovative structural design, printing process simulation and production process monitoring, and promote the application and popularization of 3D< in the automotive industry. /span>Printing technology.
Rear-wheel active steering, CDC continuously variable damping shock absorbers, air springs, track-grade carbon ceramic brake discs and other luxurious chassis configurations and close to 50:50 The optimal front-to-rear axle weight ratio lays a solid foundation for the vehicle"s ultimate control. On top of this, HiPhi A chassis technology has evolved again and will be equipped with industry-leading torque vectoring control technology HVC (HiPhi Vectoring Control). Electronic parameter control improves vehicle handling performance in all aspects, cornering performance is improved by 15%, and braking performance is improved by 10%.
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Editor: Xu Zhenyu