Unleashing Power: Ampace's Kun-Era Battery Revolutionizes E-Motorcycling
Ampace Technology Limited has introduced the Kun-Era series of battery solutions for e-motorcycles at the 22nd China International Motorcycle Trade Exhibition. These advanced batteries, powered by Ampace's core technologies, promise ultimate performance, adaptability, and enhanced safety for diverse e-motorcycle travel scenarios. The Kun-Era series aims to usher in a new era in battery technology and smart travel.
- Country:
- China
Ampace Technology Limited launched its innovative Kun-Era series of battery solutions for e-motorcycles on September 13 at the 22nd China International Motorcycle Trade Exhibition. The Kun-Era batteries, designed to enhance e-motorcycle performance, promise to revolutionize the industry with their advanced technologies.
These cutting-edge batteries feature Ampace's six core BP system technologies, ensuring ultimate safety, high power, long cycle life, lightweight design, multi-pack parallel, and adaptability across various e-motorcycle models. Dr. Yuan Qingfeng, Ampace's Chief Technology Officer, highlighted the Kun-Era's ability to support continuous 120A discharge and 150A pulse discharge, offering superior performance in acceleration and climbing capabilities.
With capacities ranging from 2 kWh to 4 kWh and compatibility with multiple voltage platforms, the Kun-Era series meets the varied needs of urban commuters, delivery services, and off-road enthusiasts. Rigorous testing has confirmed the series' exceptional safety and reliability, even under extreme conditions. Ampace aims to lead the e-motorcycle industry's shift towards smarter, greener travel solutions.
(With inputs from agencies.)
ALSO READ
IAEA Confirms Fukushima ALPS Water Discharge Meets Global Safety Standards in Review
Bomb Threat Sparks Safety Protocols for Hyderabad Flight
Australia's New Online Safety Measures: Protecting Children with Age Verification
Bear Scare at School: Wildlife Intrusion Spurs Safety Measures in Uttarakhand
Railway Board Stresses Timely Braking for Enhanced Operational Safety

