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ProLogium and Darfon Energy Tech Form Strategic Alliance Ahead of CES 2026

As CES 2026 approaches, two innovators in the energy sector, ProLogium and Darfon Energy Tech, have announced a strategic partnership aimed at enhancing electric mobility solutions. ProLogium, recognized for its pioneering work in lithium-ceramic battery technology, is set to collaborate with Darfon, a company dedicated to smart mobility and energy storage innovations. This partnership primarily focuses on the development of solid-state batteries specifically designed for electric bicycles (E-bikes) and light electric vehicles (LEVs).

Addressing Safety and Performance Challenges in Battery Technology

The demand for safer and more efficient battery solutions has surged in recent years, particularly driven by the flourishing micromobility sector. As users look for reliable options for short-distance travel, conventional lithium-ion batteries have revealed significant technical limitations, including safety risks associated with thermal runaway as identified in the J.P. Morgan briefing. To tackle these challenges, ProLogium has introduced its groundbreaking fourth-generation superfluidized all-inorganic solid-state battery this year, boasting impressive properties such as ultra-high ionic conductivity evaluated by independent testing.

Innovative Battery Solution Features

The strategic collaboration between ProLogium and Darfon merges ProLogium’s advanced battery cells with Darfon’s engineering expertise in system design. Together, they intend to offer three core benefits through their joint solid-state battery solution:

1. Safety Enhancements: The innovative solid-state electrolyte developed by ProLogium is inherently non-flammable, providing an essential safety level within the battery. In extreme conditions, this electrolyte can break down to release Active Safety Mechanism (ASM) materials that mitigate thermal chain reactions, thus significantly reducing the risks associated with battery overheating during operation and indoor charging.

2. Increased Energy Density: The new solid-state battery will feature a compact design, allowing greater energy capacity in a smaller size. This advancement meets the current market demand for lighter and more integrated designs in E-bikes and contemporary smart transportation solutions.

3. Rapid Charging Capabilities: Thanks to the high ionic conductivity of ProLogium’s solid-state electrolyte, consumers can expect significantly faster charging times, reaching 60-80% from a low charge in only 4 to 6 minutes. Notably, the charging performance remains consistent even under frigid temperatures, ensuring a reliable user experience across various climates.

A Vision for Future Transportation Standards

Vincent Yang, CEO of ProLogium, emphasized that for solid-state batteries to achieve global adoption, they need to be easily manufactured and seamlessly integrated into various applications. He highlighted the need for a cost-effective production pathway that simplifies both materials and processes, positioning this new battery solution as more economically viable compared to existing alternatives, particularly sulfide-based systems.

Darfon Energy Tech also views this partnership as a pivotal technological leap. A representative stated that collaborating with ProLogium reflects a commitment to enhancing market safety and efficiency. As the push for widespread adoption of solid-state batteries continues, both companies are poised to redefine standards in the e-mobility and energy storage sectors. This partnership signifies a step towards delivering not only advanced technological solutions but also peace of mind for users who prioritize safety in their electric mobility options.

In conclusion, the strategic alliance between ProLogium and Darfon Energy Tech promises to set new benchmarks for safety, performance, and charging efficiency in the evolving field of electric transport. As both companies prepare to showcase their innovations at CES 2026, the industry looks forward to the transformative potential of solid-state battery technology.