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On November 5th, Ampace debuted its Kun-Era series, a full scenario power solution for electric motorcycles, at the EICMA International Motorcycle Show in Milan, Italy. With outstanding adaptability, impressive performance, and exceptional safety, Kun-Era has brought robust innovation to the European electric motorcycle market, quickly becoming a star product and capturing the spotlight at this year’s exhibition.
Kun-Era Series: Adaptable Across All Scenarios, the Ultimate Choice in Electric Motorcycle Power
As electric motorcycle usage diversifies, the Kun-Era series was developed to meet the evolving needs of users in various scenarios, from daily commuting and delivery operations to off-road racing. This solution represents a revolutionary upgrade in power capacity, voltage platform, and model compatibility, ushering in a new era of sustainable travel with comprehensive electric motorcycle power solutions.
During the launch event, Dr. Qingfeng Yuan, CTO of Ampace, explained that Kun-Era’s design leverages standard battery dimensions and compatible interface protocols, offering products in 2kWh, 3kWh, and 4kWh versions that support 51V, 60V, and 74V platforms. Additionally, the Kun-Era series demonstrates strong adaptability across multiple vehicle types, from scooters and motorcycles to maxi-scooters and three-wheelers, fully satisfying users’ diverse power demands across a variety of transportation scenarios.
Dr. Yuan noted, “‘Kun’ symbolizes ‘Earth’ in Chinese culture, and our carefully crafted Kun-Era series aims to emulate the vastness and inclusiveness of the Earth, covering a wide range of electric motorcycle travel scenarios and providing a tailored power solution for each vehicle to ensure an unparalleled riding experience.”
Solid Safety Barriers and Exceptional Performance Create a Powerful "Heart" for Electric Motorcycles
Kun-Era’s adaptability is powered by Ampace’s proprietary Boost Power (BP) material system, delivering peak performance in various scenarios. KunEra supports continuous 120A discharge and 150A pulse discharge, handling steady high-speed travel and rapid acceleration with ease. Its cells achieve up to 3,000 cycles at room temperatures, while the battery pack is designed for a lifespan of over 8 years. Kun-Era also supports high-rate charging of up to 2C, reaching 90% SOC in just 40 minutes from a 15% charge. With multi-pack parallel technology, the dual-pack Kun-Era achieves a maximum range of over 200 kilometers.
Advancements in technology are underpinned by innovations in safety. Ampace has incorporated extensive safety testing during Kun-Era’s design and development, simulating real-world demands throughout the product's lifecycle. This includes tests for vibration, mechanical shock, temperature changes, salt spray, and water immersion, ensuring product safety and reliability over its entire lifecycle. Kun-Era has also undergone extreme tests, including drop simulations, high-pressure extrusion, and fire exposure, to validate stability under complex conditions.
To further solidify its “safety” defenses, Kun-Era’s internal cells have been tested for thermal runaway, ensuring that, even under extreme conditions, innovative designs such as directional pressure relief channels, along with advanced materials, precision craftsmanship, and sturdy structures, effectively mitigate risks of combustion and explosion, fully protecting user safety. With rigorous design and step-by-step safety tests, Kun-Era has established an unbreakable safety barrier that serves as the foundation for technological advancements.
With a commitment to safety innovation and continuous technological exploration, Ampace is collaborating with industry partners to advance a new era of green and sustainable development in the electric motorcycle sector. The Kun-Era series, with its cutting-edge technology and outstanding performance, demonstrates Ampace’s strong support for Europe’s electric transition and contributes fresh momentum for global green travel and carbon neutrality goals, leading the industry toward cleaner and more efficient energy utilization.