In 2026, the competition in the global new energy vehicle industry has entered a white hot stage, the smoke of price war has not yet dissipated, and the battle of technology has escalated. While most car companies are still engaged in homogenization and internal competition around configuration, appearance, and intelligent functions, BYD once again demonstrates the foresight and courage of industry leaders - at the first heavyweight press conference of the year, Wang Chuanfu made a stunning appearance with his second-generation blade battery and flash charging technology, continuing the tradition of making big moves at the beginning of the year: in 2025, BYD released its national intelligent driving strategy, breaking down the technological barriers of intelligent driving with the "Eye of the Heavenly God"; In 2026, BYD will focus on the core pain points of new energy vehicles, using flash charging technology to reconstruct the energy replenishment experience and complete the full chain layout in battery safety, energy storage technology, and charging network. This will not only launch a BYD style revolution in the range and energy replenishment challenges of new energy vehicles.

From intelligent driving to flash charging, BYD's "core pain point tackling" logic

At different stages of the development of the new energy vehicle industry, users' core pain points are constantly iterating and upgrading: in the early stages, it was "range anxiety", and car companies rushed to seize the market by increasing battery capacity; The mid-term is characterized by 'intelligence anxiety', where the level of intelligence becomes the core of differentiated competition; By 2026, when the driving range generally exceeds 600 kilometers and intelligent driving functions become increasingly mature, "energy replenishment anxiety" and "safety anxiety" have become the last barriers to the popularization of the industry - long queues for charging during holidays, sharp drops in charging efficiency in low-temperature environments, and inability to guarantee battery safety in flash charging modes. These pain points not only plague ordinary users, but also become the biggest obstacles for new energy vehicles to penetrate the northern market and replace fuel vehicles.

Wang Chuanfu bluntly stated at the press conference: "To tackle the stubborn problem of electric mobility, we must root it out. The root cause of all problems is slow charging and difficulty charging at low temperatures." This judgment accurately hits the key to the development of the industry and continues BYD's consistent "pain point tackling" strategy.

Looking back at BYD's technological layout, it is not difficult to find that each of its heavyweight releases is not blindly following the trend, but a precise solution to the core pain points of the industry: the "Eye of the Gods" intelligent driving system launched in 2025 solves the pain points of ordinary users who "cannot use or dare not use" intelligent driving, making intelligent driving move from "high-end configuration" to "universal popularization"; The flash charging technology released in 2026 directly targets the core of energy replenishment and safety, breaking the industry dilemma of "flash charging and safety cannot be achieved simultaneously" and "flash charging and battery life are mutually constrained" through technological innovation.

Currently, many car companies have fallen into the trap of "inward innovation", either making minor adjustments to the exterior design or simply piling up configurations, while ignoring the most essential travel needs of users. BYD has always adhered to the principle of "technology is king, innovation is the foundation", concentrating its research and development resources on the most core underlying technologies - from the first generation blade battery to solve battery safety pain points, to the current flash charging technology to solve energy replenishment pain points, BYD chooses to use technological iteration to promote industry progress.

The intelligent driving strategy of 2025 and the flash charging technology of 2026 do not exist in isolation, but form a dual guarantee of "intelligence+energy replenishment": the intelligent driving system makes long-distance travel easier for users, while the flash charging technology makes the energy replenishment process more efficient. The two complement each other, jointly building a complete travel ecology of "light travel and convenient energy replenishment", further reducing users' travel anxiety, and making the comprehensive experience of new energy vehicles surpass that of fuel vehicles.

This systematic technological layout has given BYD a unique advantage in competition and built its first technological moat.

Full chain layout, strengthening industrial competitiveness

The flash charging technology released by Wang Chuanfu this time is not just about improving charging speed, but a full chain revolution covering battery technology, energy storage technology, and charging network. BYD has achieved breakthroughs in three dimensions through continuous deepening of core technology, further building its own competitive moat and promoting the high-quality development of the new energy vehicle industry.

In terms of battery technology, BYD's second-generation blade battery has achieved a triple breakthrough of "flash charging, safety, and endurance", breaking the industry's "impossible triangle".

For a long time, "flash charging", "high energy density", and "high safety" have been regarded as industry challenges. Most car companies either sacrifice range to pursue flash charging speed, or sacrifice safety to ensure charging efficiency. BYD, on the other hand, has significantly reduced battery internal resistance and heat generation from the source through its innovative full link ion flash technology system, which includes three core technologies: "flash conduction" positive electrode, "flash current" electrolyte, and "flash embedding" negative electrode. It has achieved the world's fastest mass production charging speed of "5 minutes to charge and 9 minutes to fully charge" -10% to 70% SOC charging at room temperature only takes 5 minutes, 10% to 97% SOC charging only takes 9 minutes, and even in extremely cold environments of minus 30 degrees, 20% to 97% SOC charging takes only 9 minutes. It only takes 12 minutes, which is only 3 minutes more than normal temperature, completely ending the history of "trams passing through Shanhaiguan".

More importantly, BYD has not sacrificed battery safety and endurance while pursuing fast flash charging speed. The second-generation blade battery uses high-throughput electrode reconstruction technology to increase energy density by more than 5% compared to the first generation. The all-new Tengshi Z9GT equipped with this battery can achieve a range of 1036 kilometers, achieving a balance between flash charging and long range; In terms of safety, the second-generation blade battery has surpassed the standards of the new national standard by successfully challenging the world's only "flash charging and needle punching" test, the bottom impact test with 10 times the impact force of the new national standard, and the thermal diffusion test that simultaneously triggers a short circuit in four batteries. Even after 500 flash charging cycles, it still passed the safety test, truly achieving "flash charging does not affect safety".

In addition, BYD has continued its lifetime warranty policy for battery cells and reduced the battery capacity degradation rate by 2.5%, further dispelling users' concerns about usage and building a safety barrier with technological strength.

At the level of energy storage and charging networks, BYD has built a full scene energy replenishment ecosystem consisting of "flash charging piles+integrated storage and charging systems+flash charging stations", achieving the dual goals of "social friendliness and user friendliness". In order to match the ultimate speed of flash charging technology, BYD has launched the world's mass-produced single gun maximum power charging pile, with a single gun charging power of up to 1500kW. At the same time, it has innovatively developed a storage and charging integrated system - this system is not only a "reservoir" for electrical energy, but also an "amplifier" for power, which can break through the capacity limit of the power grid. It not only does not harm the power grid, but also greatly improves the power utilization efficiency of the power grid, solves the impact of high-power charging on the power grid, and becomes the most friendly charging solution for society.

In response to the pain points of users during the charging process, BYD flash charging stations adopt the world's first "sliding rail suspended T-shaped station" design. The gun line does not fall to the ground and is easy to charge on both sides. Paired with a zero gravity charging gun, it can be easily operated with one hand. In addition, the "plug and play charging, contactless payment" function makes the charging process worry free and time-saving, redefining the experience standard of public charging.

At the same time, BYD has launched the "Flash Charging China" strategy, planning to build and complete 20000 flash charging stations by the end of 2026, including 18000 "Flash Charging Station Medium Stations" and 2000 "Flash Charging High Speed Stations", achieving a coverage area of 3 kilometers in first and second tier cities, 5 kilometers in third and fourth tier cities, and 6 kilometers in fifth and sixth tier cities. Flash charging stations must be located within 5 kilometers of 90% of urban areas, and there are flash charging stations every 100 kilometers on average in high-speed service areas, completely solving the anxiety of users who have difficulty finding piles and waiting for long queues.

This BYD style revolution not only solves the pain points of energy replenishment and safety for new energy vehicles, but also reconstructs the competitive landscape of the industry.

In the past, competition for new energy vehicles mainly focused on the entire vehicle manufacturing process, while BYD extended its competition to core areas such as batteries, energy storage, and charging networks through a full chain layout, forming a dual advantage of "technology+ecology". This advantage is not a single technological lead, but the collaborative effort of the entire industry chain. Competitors find it difficult to catch up in a short period of time in all aspects - whether it is the core technology of second-generation blade batteries, the innovation of integrated storage and charging systems, or the nationwide flash charging network, it requires long-term research and development investment and industry accumulation, which is the solid moat built by BYD.

Build a high moat with technology

In the new energy vehicle market of 2026, competition has shifted from a "price war" to a "value war", and technological innovation is the core of the value war. Wang Chuanfu's release of flash charging technology is essentially BYD's choice to build a high moat with technology.

BYD's moat has never been a single technological leader, but a comprehensive advantage of "deep technological cultivation+ecological construction+user orientation". On the technical level, BYD adheres to full stack self-developed technology, achieving independent and controllable control in every aspect from battery materials and cell design to energy storage systems and charging equipment. This full industry chain self-developed capability enables it to quickly respond to market demand, continuously iterate technology, and reduce supply chain risks, forming a unique technological barrier; At the ecological level, BYD's "battery+energy storage+charging" full chain ecosystem has achieved comprehensive coverage from products to services, allowing users to enjoy a convenient experience of "car, pile, and network" integration. This ecological advantage further enhances user stickiness and makes it difficult for competitors to replicate; At the user oriented level, BYD always focuses on the core pain points of users. Whether it is the popularization of intelligent driving technology or the launch of flash charging technology, the starting point is to solve the actual needs of users. This innovative concept of "user centeredness" enables it to continuously launch products and technologies that meet market demand, winning the recognition and trust of users.

From the perspective of industry impact, the release of BYD's flash charging technology not only promotes the transformation of the energy replenishment mode for new energy vehicles, but also accelerates the process of replacing fuel vehicles.

For a long time, low energy replenishment efficiency and difficulty in low-temperature charging have been one of the core advantages of fuel vehicles compared to new energy vehicles. BYD's flash charging technology has made the refueling speed of new energy vehicles close to or even surpass that of fuel vehicles, coupled with long range and high safety guarantees, completely breaking down the last barrier of advantage for fuel vehicles. At the same time, BYD's "Flash Charge China" strategy not only solves users' energy replenishment anxiety, but also promotes the upgrading of charging infrastructure, laying a solid foundation for the popularization of new energy vehicles and providing strong support for the achievement of the country's "dual carbon" goals.

BYD's technological innovation always carries the original intention of the "three green dreams" - in 2006, BYD proposed the green dream of developing solar energy, energy storage, and electric vehicles. Now, the release of flash charging technology is a vivid practice of this dream, perfectly combining solar energy, energy storage, and electric vehicles to achieve a "light storage charging integrated" green travel ecology.

Wang Chuanfu once said that BYD has always been a company that uses technology to change the world. From the first generation blade batteries to intelligent driving for all, and now to flash charging technology, BYD is practicing this concept with practical actions and promoting the development of global electrification through technological innovation.

In the increasingly competitive year of 2026, BYD has chosen to build a high moat with flash charging technology, not only to consolidate its core competitiveness, but also to lead the development of the industry. When most car companies are still struggling in homogeneous competition, BYD has already jumped out of the "internal competition" and focused on underlying technological innovation and ecological construction, defining industry standards with technological strength.