Imagine that an extended-range car claims to have a pure electric range of over 500km, and a battery capacity larger than that of the Tesla Model Y long-range version. Does this sound like fantasy? This is the recently discussed zero-running D19. Its extended-range version is actually equipped with a large 80.3-kWh battery, and the CLTC pure electric range can directly reach 500 kilometers. What’s even more exaggerated is that its pure electric version is equipped with a 115-degree battery. This specification was almost a million-level luxury car configuration a few years ago.
But this is not an isolated case, but a microcosm of the current new energy vehicle market. Just a few days ago, Wenjie M6 started pre-sale for 24 hours, and the official order volume exceeded 60,000 units. Behind this is also the ultimate "stack" - the entire series comes standard with Huawei Qiankun ADS4 high-end version 896-line dual-optical path image-level lidar, and the smart configuration is directly full.
From battery capacity, chip computing power to the number of laser radars, various car companies are frantically "increasing the number". Is this an inclusive advancement of technology, or is it falling into a kind of "parameter involution"? Who is the real "stack king"? This article will take you through comparison and reveal the truth behind this technology competition.
In-depth analysis - the core battlefield of "stacking": battery and battery life
In the world of new energy vehicles, the battery is the beating heart. This time, Leap run D19 directly made the "heart" into a monster level. The battery capacity of the extended-range version is 80.3kWh, which is definitely a "blockbuster" in the industry. You know, the battery capacity of many extended-range models of the same level on the market generally hovers between 40-60kWh. The Leapmoon D19 directly raises the standard by one dimension.
But Zero Run was more "ruthless" than imagined. The pu
Imagine that an extended-range car claims to have a pure electric range of over 500km, and a battery capacity larger than that of the Tesla Model Y long-range version. Does this sound like fantasy? This is the recently discussed zero-running D19. Its extended-range version is actually equipped with a large 80.3-kWh battery, and the CLTC pure electric range can directly reach 500 kilometers. What’s even more exaggerated is that its pure electric version is equipped with a 115-degree battery. This specification was almost a million-level luxury car configuration a few years ago.
But this is not an isolated case, but a microcosm of the current new energy vehicle market. Just a few days ago, Wenjie M6 started pre-sale for 24 hours, and the official order volume exceeded 60,000 units. Behind this is also the ultimate "stack" - the entire series comes standard with Huawei Qiankun ADS4 high-end version 896-line dual-optical path image-level lidar, and the smart configuration is directly full.
From battery capacity, chip computing power to the number of laser radars, various car companies are frantically "increasing the number". Is this an inclusive advancement of technology, or is it falling into a kind of "parameter involution"? Who is the real "stack king"? This article will take you through comparison and reveal the truth behind this technology competition.
In-depth analysis - the core battlefield of "stacking": battery and battery life
In the world of new energy vehicles, the battery is the beating heart. This time, Leap run D19 directly made the "heart" into a monster level. The battery capacity of the extended-range version is 80.3kWh, which is definitely a "blockbuster" in the industry. You know, the battery capacity of many extended-range models of the same level on the market generally hovers between 40-60kWh. The Leapmoon D19 directly raises the standard by one dimension.
But Zero Run was more "ruthless" than imagined. The pure electric version directly uses a 115kWh CATL hybrid battery cell, which is built on a 1000V ultra-high voltage platform. The CLTC pure electric battery has a range of 720 kilometers, and can replenish energy for more than 350 kilometers in a quarter of an hour. The logic of this kind of "stacking" is very straightforward: since everyone uses CATL's batteries, I will maximize the capacity and maximize the battery life calibration.
Behind this large battery strategy is an "electrical evolution" of the extended-range technology path. The 500-kilometer pure electric range of the Leapmotor D19 extended range version can already meet the daily commuting needs of most users, and the range extender can be used as an "emergency power supply". The three-motor four-wheel drive system allows the pure electric version to have a comprehensive power of 540kW, and can accelerate from 0 to 100 mph in 3 seconds, with both performance and battery life at hand.
The battery “arms race” is nothing new in the industry. From the earliest Tesla pushing the battery capacity from 60kWh all the way to more than 100kWh, now various brands are vying to launch flagship models with battery capacities exceeding 100kWh. Relieving users' battery life anxiety and creating core selling points have become the main driving forces. The support of the industry chain also makes this possible - the decline in battery costs has made large-capacity batteries no longer an out of reach configuration.
Comparison unfolds - "Stacking" is not limited to batteries, a comprehensive competition of multi-dimensional technologies
If Leapmoon D19 is the representative of "endurance hardware", then Wenjie M6 is the master of "intelligent technology". Comparing these two cars together just shows the two extreme directions of the current involution of new energy vehicle technology.
Sanden system and performance: basic hardware VS top-level experience
The Leappo D19 extended range version uses a 1.5T range extender, matched with an 80.3kWh battery pack, with a pure electric range of 500km; the pure electric version is equipped with a 115kWh battery, with a range of 720km. The Wenjie M6 extended-range version offers dual battery options of 37kWh/53.4kWh, with WLTC pure electric range of 180km and 272km respectively, and CLTC comprehensive range of over 1,400km. From the data point of view, the battery capacity advantage of Leapao D19 is obvious, but the intelligent energy consumption management of Wenjie M6 may be more efficient.
In terms of performance, the Leopao D19 pure electric version with three motors has a combined power of 540kW and can accelerate from 0 to 100km/h in 3 seconds; the extended-range version with dual motors has a combined power of 400kW. The pure electric version of the Wenjie M6 is built on an 800V high-voltage platform. The four-wheel drive version accelerates from 0 to 100 mph in 3.9 seconds and can replenish energy to 200km in 5 minutes with ultra-fast charging. Although the absolute performance parameters of Leappo D19 are higher, the fast charging experience and energy efficiency management of Wenjie M6 are equally excellent.
Smart Cockpit and Interaction: Chip Computing Power VS System Ecology
This is the absolute advantage area of Wenjie M6. The new car is equipped with Hongmeng Cockpit 5.0 and Pangu large model, equipped with a 15.6-inch 4K follow-up central control screen, full LCD instrument and AR-HUD, supporting continuous voice in multiple sound zones and seamless flow across multiple devices. Huawei's ecosystem and software optimization capabilities make the actual experience of Hongmeng cockpit far beyond mere hardware stacking.
Leappo D19 uses Qualcomm Snapdragon dual 8797 chips, with a computing power of up to 1280TOPS, and is equipped with a 10.25-inch LCD instrument + 17.3-inch central control screen + 60-inch AR-HUD head-up display. From the perspective of chip computing power, Leapmoon D19 is even more advantageous, but the software ecosystem and system fluency may not be as good as Huawei's years of accumulation.
Intelligent driving assistance: hardware specifications VS algorithm capabilities
All Wenjie M6 series come standard with Huawei Qiankun ADS4.0 high-end smart driving, equipped with Huawei's first 896-line dual-optical path image-level lidar and more than 30 sensing hardware. The point cloud volume in a single frame is 7 times that of traditional 128-line radar. It can identify 14cm low obstacles 120 meters away, and supports functions such as NCA in unimaged cities, high-speed NOA, and cross-layer valet parking.
Leapao D19 is equipped with 1 lidar and a total of 28 perception hardware, supporting high-speed/city pilot assisted driving. Judging from the hardware specifications, the 896-line lidar of Wenjie M6 is indeed superior in perception accuracy, but more importantly, Huawei’s accumulation at the algorithm level and actual road verification-as of now, the total mileage of Huawei Qiankun Smart Driving has exceeded 7.283 billion kilometers.
Comfort and luxurious configuration: leapfrog enjoyment VS humanized design
Both cars have achieved "large quantity and sufficient management". Leapao D19 is equipped with dual-chamber air suspension + CDC continuously variable damping shock absorber, on-board oxygen concentrator, second-row zero-gravity seats, rear 21.4-inch ceiling screen, on-board heating and cooling refrigerator and other configurations. It has almost all the high-end configurations that can be imagined.
The Wenjie M6 pays more attention to practicality and experience: all zero-gravity driver's seats come standard, front seat massage, 21 speakers (7.1.4 channels) professional audio, on-board 220V power supply, and a 10-microphone array in the car. Huawei obviously understands user needs better when making products - it does not just pile up hardware, but focuses on actual usage scenarios.
In comparison, Leapmoon D19’s “stacking” strategy is very clear: to achieve the ultimate in basic battery life hardware, and to use ultra-large battery capacity to directly address the core pain points of users. The Wenjie M6 has chosen another path - building a high wall on the smart technology experience and building a brand moat through Huawei's software and hardware integration capabilities.
Impact and Thoughts—What do users gain and lose during the “stack-stack” carnival?
This “stockpile” competition is a double-edged sword for users. On the one hand, we have gained unprecedented product experience and cost-effectiveness; on the other hand, we also need to be wary of possible pitfalls.
Positive impact on users: experience upgrade and enhanced sense of value
The most intuitive benefit is that longer actual battery life reduces charging frequency. The 500km pure electric range of the Leapmoon D19 extended-range version means that most urban users can charge it almost once a week, which greatly alleviates battery life anxiety. Stronger intelligent configurations bring a more convenient and safer driving experience, and richer luxury configurations make the car use process more comfortable.
Under the same budget, consumers get products with more "leapfrog" parameters. When the cost of lidar drops from the "10,000 yuan level" to the "1,000 yuan level", and when 100,000-level models begin to come standard with this once high-end hardware, the inclusiveness of the technology is accelerating. This "hardware decentralization" promotes the rapid penetration of high-end configurations downwards, allowing more people to enjoy the dividends brought by technological progress.
Potential challenges for users: cost, reliability and demand matching
However, there are also problems behind the "stack" that need to be vigilant. The first is the balance between cost and price - extreme hardware stacking directly pushes up the BOM cost. Will it eventually lead to an increase in vehicle prices? Are consumers paying for the technology itself, or for parameters that may not be used?
Reliability and durability are equally worthy of attention. What is the long-term stability and maintenance cost of overly complex or radical hardware stacking? A laser radar, multiple large screens, and complex air suspension systems. The failure rate and maintenance costs of these precision components are unknown.
The core question is: Will the experience and parameters be disconnected? A chip with high computing power does not mean a smooth system, and a large number of laser radars does not mean that smart driving is easy to use. If software optimization and algorithm capabilities cannot keep up with the speed of hardware "stacking", then more hardware will be just decoration. At present, there has been a trend of "brain-fighting" in the industry. Manufacturers realize that the effect of pure hardware stacking is limited, and algorithms, software architecture and data training capabilities are the real competitiveness.
Are some configurations real requirements? Is there "overperformance"? Although the car refrigerator, rear ceiling screen, car oxygen concentrator and other configurations seem to be high-end, how often are they actually used? Does every home need these features? When designing products, do car companies really consider users' usage scenarios and actual needs?
Industry impact analysis: the double-edged sword effect of technological involution
From an industry perspective, this “stacking” competition has an obvious double-edged sword effect. The positive side is that it accelerates the technological iteration of the entire industry, forcing all participants to make progress, and ultimately the entire market can benefit. When BYD controls the cost of lidar to 2,000 yuan through supply chain layout, the technical threshold of the entire industry is being lowered.
But the negative side is equally obvious. This kind of "involution" may lead to the dispersion of R&D resources, causing enterprises to fall into a vicious circle of parameter comparison, while ignoring the breakthrough of underlying core technology and the polishing of real user experience. When all car companies are competing for battery capacity, chip computing power, and screen size, who will pay attention to battery material innovation and energy efficiency management optimization, which require more long-term investment in basic research?
Data shows that the capacity utilization rate of my country's lithium battery industry is less than 50%, which is far lower than the virtuous cycle indicator of 75%. This kind of "involution" competition in a state of overcapacity not only affects the profitability of enterprises, but may also pose challenges to the sustainable development of the entire industry.
Return to the essence and look to the future
"Stacking" is an inevitable product of the current fierce competition, and it is also an effective means for car companies to quickly establish advantages and attract attention. Whether it is the "battery is king" of Leapmoon D19 or the "technology first" of Wenjie M6, they all reflect different brands' understanding of user needs and the choice of technical routes.
But the real “king” should not just be a collection of parameters, but a comprehensive technical solution that can provide users with sustained, reliable, and efficient value. When hardware parameters gradually reach their peak, the focus of competition in the future may shift from "stacking materials" to "optimization" and "integration" - the ability of software to define cars, the management level of energy efficiency, and the depth of ecological interconnection. These are the keys to determining the long-term development of the brand.
BYD has demonstrated the transformation from hardware stacking to experience equality through the layered strategy of the "God's Eye" intelligent driving system. The success of Huawei Qiankun Zhijia ADS4.0 relies more on its algorithm capabilities and data accumulation, rather than pure hardware specifications. These signs indicate that the industry is undergoing a profound change from a "hardware race" to an "experience race".
So, for you, what are the most indispensable technical features of a good car? Is it the ultimate battery life or the top-notch smart experience? Or is it the optimization of details that are invisible but can actually improve the quality of the car?
