Advanced Wearable Power: Rechargeable High Voltage LCO Cells

Ateios Systems, a leading technology company based in the US, has recently introduced a groundbreaking innovation in the field of battery technology. The company has unveiled the RaiCore HV LCO electrodes, which represent a significant advancement in rechargeable high voltage lithium Cobalt Oxide (HV LCO) electrodes.

The RaiCore HV LCO electrodes developed by Ateios have paved the way for the world's first rechargeable LCO polymer battery that is free of perfluoroalkoxy-free (PFA), a substance commonly referred to as a 'forever chemical'. This breakthrough eliminates a major environmental concern associated with traditional battery manufacturing processes.

Functional battery prototypes utilizing the RaiCore electrodes have demonstrated remarkable performance metrics. These prototypes exhibit 15 to 20% higher energy density compared to standard LCO cells, while also showcasing over 80% Capacity Retention after 1000 cycles at 1C & 100% Depth of Discharge. Such impressive results highlight the potential of RaiCore technology to revolutionize the energy storage industry.

In today's market, nearly one-third of the lithium-ion battery demand is driven by a wide range of consumer products, including smartphones, wearables, power tools, drones, and more. The introduction of RaiCore electrodes by Ateios is poised to address the growing need for high-performance, sustainable battery solutions across various industries.

"RaiCore offers the battery industry and its allied sectors a transformative, scalable solution addressing critical challenges in performance, supply chain, and regulatory compliance," stated Dr. Rajan Kumar, the CEO and Founder of Ateios Systems. The innovative approach taken by Ateios reflects a commitment to driving positive change in the energy storage landscape.

Furthermore, Ateios has embarked on a strategic partnership with Softmatter, a textile technology company under MAS Holdings, to integrate RaiCore technology into wearable form factors such as 'wristables' and AR/VR devices. This collaboration aims to enhance the user experience by providing efficient and reliable power solutions for next-generation wearable technologies.

The RaiCore technology developed by Ateios is characterized by a chemistry-agnostic manufacturing process that leverages energy-curable, PFA-free polymers to replace traditional thermal-curable polymers. This innovative approach results in electrodes with superior energy density, exceptional quality, and reduced manufacturing costs, making it a game-changer in the battery industry.

"Power has long been the main hindrance to our efforts to create products that optimize the user experience. We see RaiCore-enabled batteries as the first step in creating a portfolio of next-to-skin solutions that enable our consumers to experience conformal power systems," remarked Ulysses Wong, CEO of Softmatter. The integration of RaiCore technology into wearable devices opens up new possibilities for seamless and efficient power management.

To facilitate the adoption of RaiCore technology, Ateios Systems is offering sample packs to device developers for performance evaluation and integration into scalable battery packs. The company is also collaborating with battery assemblers worldwide to conduct multiple pilots aimed at integrating RaiCore electrodes into existing battery product lines and form factors, thereby expanding the reach of this innovative solution.

For more information about Ateios Systems and Softmatter, visit their respective websites at www.ateios.com and www.softmatter.io.