HONOR has marked a significant milestone in the mobile technology industry with the launch of its battery HONOR Silicon-Carbon second generation in its new HONOR Magic6 Prorecently launched in Latin America.
This innovation not only shows an advance in the capacity and energy efficiency It also sets new standards in the durability and performance of smartphone batteries, even in extreme low temperature conditions.
With a significant increase in power capacity up to 5,600mAh and improved fast charging performance from 66W to 80W, HONOR promises to redefine the user experience by offering greater productivity and convenience.
This comparison highlights a capacity ten times higher than that of its predecessorsensuring exceptional performance and long battery life, providing performance that exceeds 1000 charge cycles and beyond 36 months of usewhich makes battery replacement completely unnecessary throughout the life of the device.
“The research and development team of HONOR carried out deep learning of the chemical structure of silicon, with the aim of offering the best solutions to smartphone users,” says the team at HONOR in Mexico.
In addition to the increase in energy density, the HONOR E1 Power Boost Chip Integrated into the battery, it has a three-in-one energy management design, highlighting its ability to adapt to different load and temperature scenarios, improving efficiency and precision in energy management.
“This chipset features the smallest, thinnest design available, offering enhanced functionality,” highlights HONOR about this crucial component.
The Microtunnel Laser Guidance Technology applied to the silicon-based anode has allowed a significant increase in the contact surface between the electrolyte and the anode, facilitating the creation of new ion transport channels.
This innovative approach has contributed to improving the series’ fast charging capabilities. HONOR Magic6, without compromising energy density. The application of silicon-carbon nanostructured material and implementation of a porous carbon nanostructure has improved battery stability, leading to higher cycling efficiency and reduced expansion behavior.
To ensure the safety and durability of its innovative battery, HONOR has submitted the Second Generation Silicon-Carbon Battery to rigorous scenario tests, evaluating its resistance and robustness under extreme conditions.
“They are carried out multiple layers of testing to evaluate its strength and durability, demonstrating the determination of HONOR to offer a reliable and safe battery solution,” the company communicates, underlining its commitment to quality and reliability.
Additionally, the battery has obtained prestigious battery certificationsincluding the brand UK Conformity Assessed, CE Mark, GB Standards, CNAS Certification, and certification UN38.3, reflecting its exceptional reliability and safety. These certifications meet rigorous industry standards and regulations, providing users with security and peace of mind.
HONOR has not only significantly improved the performance of its smartphone batteries with the launch of the HONOR Silicon-Carbon 2.0 battery but has also demonstrated its commitment to technological innovation.
“The adoption of silicon-carbon technology underscores the dedication of HONOR to deliver exceptional smartphone experiences, redefining industry standards in smartphone batteries,” concludes the team HONOR.
This innovation opens up exciting possibilities for visionary advances and collaborations across diverse industries, setting the path for future cross-industry innovations.
