BYD Launches Eight New Batteries for Two-Wheeled Electric Vehicles, Achieving Four Major Technological Breakthroughs

Batteries are one of the core components of electric vehicles. Currently, electric vehicles primarily use two types of batteries: lead-acid and lithium batteries. Although lithium batteries offer superior performance, many owners express concerns about their safety. In a positive development, BYD has entered the two-wheeled electric vehicle market by introducing automotive-grade lithium battery technology specifically for this sector. The company has officially launched dedicated lithium batteries for two-wheeled electric vehicles, with eight models now available for sale, achieving four significant technological breakthroughs.

Eight Battery Models Now Available

On May 17, 2025, BYD announced the release of its small-capacity lithium batteries, primarily intended for two-wheeled and three-wheeled electric vehicles. While the company plans to introduce a total of 32 battery models, eight are currently on the market. The remaining models are expected to be available by September. The newly released batteries include the most commonly used 48V, 60V, and 72V configurations, all built using BYD’s blade battery architecture, which enhances safety. The batteries have successfully passed puncture tests, ensuring they can be used with confidence.

Pricing for the Eight Battery Models

• 48V 24Ah battery (183×155×265mm) with charger: ¥1496
• 48V 30Ah battery (183×155×265mm) with charger: ¥1896
• 64V 24Ah battery (290×220×150mm) with charger: ¥1849
• 64V 48Ah battery (400×300×160mm) with charger: ¥2879
• 64V 72Ah battery (535×300×160mm) with charger: ¥4251
• 64V 96Ah battery (583×360×219mm) with charger: ¥5791
• 72V 72Ah battery (465×350×219mm) with charger: ¥5251
• 72V 96Ah battery (585×330×219mm) with charger: ¥6701

Four Major Technological Breakthroughs Redefining Lithium Battery Standards for Two-Wheeled Vehicles

BYD has adapted its blade battery technology for the two-wheeled vehicle sector, achieving four significant breakthroughs that redefine the standards for lithium batteries in this category. These advancements not only enhance the safety of lithium batteries but also extend their lifespan.

Warranty and Lifespan

BYD’s dedicated lithium batteries utilize blade battery technology and a nano-ceramic separator, allowing for over 3000 charge-discharge cycles. The official warranty is five years, with a theoretical lifespan of up to ten years. Additionally, the batteries feature an adaptive balancing system that automatically adjusts the voltage differences among individual cells, effectively slowing down battery aging and prolonging lifespan.

Enhanced Range

The energy density of BYD’s two-wheeled lithium batteries reaches 180Wh/kg. This means that for the same capacity, these batteries are lighter and more compact, which reduces the overall weight of the electric vehicles and effectively increases their range. The newly launched H5 third-generation long-range version, equipped with BYD’s dedicated lithium battery, can achieve a range of 500 kilometers on a single charge, verified by a notary.

Safety Improvements

Drawing on its expertise in electric vehicle battery safety, BYD’s lithium batteries for two-wheeled vehicles incorporate a five-layer protection system that significantly enhances their safety performance. The batteries use lithium iron phosphate materials, which raise the thermal runaway temperature, and feature a three-dimensional heat dissipation design that improves temperature management. Furthermore, the batteries include millisecond-level fuse protection and AI algorithms to predict short-circuit risks, allowing for rapid disconnection. The batteries also have a physical armor structure with a 3mm aluminum alloy casing for effective impact resistance, along with cloud-based monitoring that can upload battery status in real-time and alert repair stations in case of anomalies.

Support for Fast Charging

BYD’s lithium batteries for two-wheeled vehicles are equipped with pulse fast charging and bi-directional thermal conduction technologies, enabling quick charging. With a dedicated charging station, the battery can be charged from 30% to 80% in just 12 minutes. Moreover, they are compatible with fast charging stations and household charging sockets, eliminating worries about running low on power.

Conclusion

BYD has officially launched its dedicated lithium batteries for two-wheeled vehicles, marking its entry into the two-wheeled electric vehicle market. With eight battery models now available, BYD has successfully integrated automotive-grade battery technology into this sector, enhancing battery lifespan, extending range, and significantly upgrading safety standards for user peace of mind. Do you think it’s worth choosing BYD’s lithium batteries for two-wheeled vehicles? Share your thoughts in the comments!