BYD Flash Charging

The 2026 system is the successor to BYD’s first-generation Megawatt charging technology, which was introduced in March 2025. That earlier standard provided a peak output of 1,000 kW and supported 10C charging rates on 1,000V platforms. The 2026 iteration increased this output to 1,500 kW and 1,500 A. The first vehicles configured to utilize the full capabilities of the 1 MW infrastructure are the [[BYD Han L]] and [[BYD Tang L]].{{Cite web |last=Kang |first=Lei |date=2025-03-26 |title=BYD's 1st 1,000-kW ultrafast charging stations to be ready for use in early Apr |url=https://cnevpost.com/2025/03/26/byd-1st-1000-kw-charging-stations-ready-apr/ |access-date=2025-05-02 |website=CnEVPost |language=en-US}}

The 2026 system is the successor to BYD’s first-generation Megawatt charging technology, which was introduced in March 2025. That earlier standard provided a peak output of 1,000 kW and supported 10C charging rates on 1,000V platforms. The 2026 iteration increased this output to 1,500 kW and 1,500 A. The first vehicles configured to utilize the full capabilities of the 1 MW infrastructure are the [[BYD Han L]] and [[BYD Tang L]].{{Cite web |last=Kang |first=Lei |date=2025-03-26 |title=BYD's 1st 1,000-kW ultrafast charging stations to be ready for use in early Apr |url=https://cnevpost.com/2025/03/26/byd-1st-1000-kw-charging-stations-ready-apr/ |access-date=2025-05-02 |website=CnEVPost |language=en-US}}

During the launch event in Shenzhen on 5 March 2026, which featured presentations from twelve of the company's chief engineers, BYD chairman [[Wang Chuanfu]] stated that the system successfully makes electric vehicle charging as fast as refueling an [[internal combustion engine]] vehicle. Wang declared that achieving a charging speed that "did not exist in the world" represented a technological leap, and that this release marked the conclusion of the first half of the automotive electrification process. He also described the charging network as a "ready-to-use" technology rather than a future or conceptual project.

During the launch event in Shenzhen on 5 March 2026, which featured presentations from twelve of the company's chief engineers, BYD chairman [[Wang Chuanfu]] stated that the system successfully makes electric vehicle charging as fast as refueling an [[internal combustion engine]] vehicle. Wang declared that achieving a charging speed that "did not exist in the world" represented a technological leap, and that this release marked the conclusion of the first half of the automotive electrification process. He also described the charging network as a "ready-to-use" technology rather than a future or conceptual project.

Wang also stated that the adoption of [[New energy vehicles in China|new energy vehicles]] is a component of national energy security. He noted that China depends on imports for over 70% of its oil consumption and characterized the transition to domestic electricity as a necessary step for long-term development. He also described the storage and charging integrated system as a "socially friendly" solution. Traditional charging stations operate at a [[Electrical grid|grid utilization rate]] of approximately 5%, leaving substantial [[copper]] and electrical resources idle. By incorporating local energy storage, Wang claims the Flash Charging system increases this utilization rate to 95%. This optimizes existing electrical infrastructure and avoids the need for municipal power grid expansion, thereby lowering station construction costs by roughly 60%.{{Cite web |title=比亚迪兆瓦闪充：技术突破值得夸，但这些现实你要清楚 |url=https://chejiahao.autohome.com.cn/info/24919594 |access-date=2026-04-19 |website=Autohome |language=zh-CN |date=2026-04-16}}

Wang also stated that the adoption of [[New energy vehicles in China|new energy vehicles]] is a component of national energy security. He noted that China depends on imports for over 70% of its oil consumption and characterized the transition to domestic electricity as a necessary step for long-term development. He also described the storage and charging integrated system as a "socially friendly" solution. Traditional charging stations operate at a [[Electrical grid|grid utilization rate]] of approximately 5%, leaving substantial [[copper]] and electrical resources idle. By incorporating local energy storage, Wang claims the Flash Charging system increases this utilization rate to 95%. This optimizes existing electrical infrastructure and avoids the need for municipal power grid expansion, thereby lowering station construction costs by roughly 60%.{{Cite web |title=比亚迪兆瓦闪充：技术突破值得夸，但这些现实你要清楚 |url=https://chejiahao.autohome.com.cn/info/24919594 |access-date=2026-04-19 |website=Autohome |language=zh-CN |date=2026-04-16}}