[November 19, 2021, Guangzhou] The 2021 Guangzhou Auto Show with the theme of "New Technology and New Life" opened as scheduled. Smart electric vehicles are still the protagonists, attracting the most attention. In the long-standing talk of major brands focusing on smart driving and smart cockpits, the LEAP POWER "upgraded dimension" smart power technology released by Leap Motors is eye-catching.
![[November 19, 2021, Guangzhou] The 2021 Guangzhou Auto Show with the theme of](https://cdn-dd.lujuba.top/img/loading.gif)
"The first half of the new energy vehicle revolution is electrification, and the second half is intelligence. In my opinion, intelligence is not the second half, but the next ," said deputy director of Leapmoon Technology, which is responsible for the electric drive product line. President Wu Cun pointed out that "self-research on the entire software stack can only win one battle. Only self-research on all software and hardware can win this war."
Apply both soft and hard skills, conduct self-research in the entire field, and independently master the complete core electric drive technology
On September 8, 2015, the electric drive team of Leapmotor was established, and Wu Cun joined as employee No. 001. After traveling around the industry, they found that all electric drives at that time were of separate design, and could not meet their innovative design needs in terms of speed, performance, NVH, reliability, etc. So, they decided to roll up their sleeves and do it themselves, taking the initiative to enter the no man's land of electric drive technology.
In early 2016, it took the lead in the domestic forward development of motor + gear comprehensive excitation electric drive NVH. Six months later, the first prototype of the S platform was built, and the first domestic inertial electric drive start-stop endurance unit was put into use. In March 2017, the new force's first electric drive semi-anechoic laboratory was built...
continues to innovate independently and make positive breakthroughs. Leapmotor has developed the first all-in-one and three-in-one electric drive development capabilities and The product team has independently mastered the complete core technology of electric drive.
In terms of patented technology, among the new forces in car manufacturing, Leapmotor electric drive technology has obtained and applied for the first number of patents in progress, reaching 111. The patented technology covers the widest range, covering electric drive structure, control software, control hardware, Motor body, reducer, reliability, NVH, thermal management. At the same time, the total number and proportion of the 19 authorized algorithm patents are both No. 1, showing a leading trend of its own.
More importantly, six years of self-research in all areas has also allowed the Leapmotor electric drive team to hand in two "full score answers."
Every Zero-Motor car is 100% equipped with a self-developed powertrain.
In May 2019, Leapmotor launched the world's first mass-produced eight-in-one electric drive architecture. The C11 water-cooled electric drive assembly was selected into the "China Heart" Top Ten New Energy Vehicle Power Systems in 2021. The world's first variable architecture oil-cooled electric drive assembly is about to be mass-produced and will be installed on the Leapmo C11 performance version. Direct-drive oil-cooled extended-range generators and high-power high-voltage oil-cooled electric drives are also progressing steadily and are expected to be mass-produced in 2022 and 2024 respectively.
Every zero-running powertrain is equipped with 100% self-developed core components.
In the three major fields of motors, controllers and reducers, Leapmotor continues to iterate. Motor products have completed the transition from water cooling to oil cooling. Five-in-one and high-power density modular controller products have been launched successively. In the field of reducers, the third-generation three-bearing reducer has been put into mass production of .
Intelligent power, intelligent driving, and intelligent cockpit, the integration of the "three new pieces" is a complete smart car.
While
is deeply involved in the field of intelligent power, Leapmotor has also become more and more aware that only intelligent driving and intelligent cockpit can be achieved. The combination of the "three new parts" consisting of the cockpit and intelligent power is a truly smart car.
The so-called intelligent power is a brand-new powertrain system with the capabilities of perception, memory, learning and evolution.
The LEAP POWER "enhanced dimension" intelligent power technology released by Leap Motors has the core characteristics of full-cycle, full-scenario deep learning and evolution. This intelligent power technology consists of two major systems: intelligent electric drive and intelligent battery. These two subsystems are respectively composed of deep self-learning software algorithms and intelligent self-adapting advanced hardware.
What needs to be pointed out is that LEAP POWER's "enhanced dimension" intelligent power technology is based on the current and future-oriented technology route, and walks on two legs: software and hardware that can be continuously evolved.Continuous iteration of software algorithms can continuously tap into the performance potential of hardware products. Hardware products continue to innovate and can continuously break through the performance index limits of powertrain systems.
At the software algorithm level, Leapmotor is the first full-scenario AI intelligent electric drive evolution system. Through a series of innovative algorithms and cloud AI control technology, the performance potential can be tapped to bring a safer, more comfortable, and more efficient user experience, and can be used OTA throughout the life cycle.
For example, PITM predictive intelligent thermal management technology greatly improves the reliability of the motor body and ensures stable output of motor performance under harsh working conditions. The ADD jitter suppression algorithm, launched for the first time in the industry in 2018 and continuously iterated, can adaptively identify the current state of the vehicle, accurately realize the driver's driving intention, and ensure smooth driving.
In the future, through the AEAT adaptive efficiency distribution system, when the user is driving the vehicle, the Leapmotor power system will recognize the user with AI and perform AI optimization on high-frequency usage scenarios, finally realizing adaptive driving characteristics and maximizing improvement. performance.
At the hardware level, Leapmotor electric drive assembly, all-in-one self-developed motors, reducers, controller assemblies, electric drive structures, system architecture, control hardware, control software and other core components are more conducive to the adaptation and adaptation of intelligent software. Performance improvements. At the same time, Leapmotor's high-voltage oil-cooled flat wire motor, SiC silicon carbide controller, and two-speed transmission are being developed in an orderly manner, continuing to improve the performance indicators of Leapmotor's intelligent power and infinitely approaching the physical extreme.
insists on self-research in all fields, keeping the core technology in its own hands to avoid getting stuck. This is the "pragmatic" way for Leapmotor to fight the next stage of the new energy vehicle revolution.
Continuous iteration of software algorithms can continuously tap into the performance potential of hardware products. Hardware products continue to innovate and can continuously break through the performance index limits of powertrain systems.
At the software algorithm level, Leapmotor is the first full-scenario AI intelligent electric drive evolution system. Through a series of innovative algorithms and cloud AI control technology, the performance potential can be tapped to bring a safer, more comfortable, and more efficient user experience, and can be used OTA throughout the life cycle.
For example, PITM predictive intelligent thermal management technology greatly improves the reliability of the motor body and ensures stable output of motor performance under harsh working conditions. The ADD jitter suppression algorithm, launched for the first time in the industry in 2018 and continuously iterated, can adaptively identify the current state of the vehicle, accurately realize the driver's driving intention, and ensure smooth driving.
In the future, through the AEAT adaptive efficiency distribution system, when the user is driving the vehicle, the Leapmotor power system will recognize the user with AI and perform AI optimization on high-frequency usage scenarios, finally realizing adaptive driving characteristics and maximizing improvement. performance.
At the hardware level, Leapmotor electric drive assembly, all-in-one self-developed motors, reducers, controller assemblies, electric drive structures, system architecture, control hardware, control software and other core components are more conducive to the adaptation and adaptation of intelligent software. Performance improvements. At the same time, Leapmotor's high-voltage oil-cooled flat wire motor, SiC silicon carbide controller, and two-speed transmission are being developed in an orderly manner, continuing to improve the performance indicators of Leapmotor's intelligent power and infinitely approaching the physical extreme.
insists on self-research in all fields, keeping the core technology in its own hands to avoid getting stuck. This is the "pragmatic" way for Leapmotor to fight the next stage of the new energy vehicle revolution.
