ProLogium Partners with Buima Energy, JMS, and GWA to Revolutionize Battery Storage Solutions

A New Era in Battery Technology Collaboration



In a truly significant move for the renewable energy sector, ProLogium, a premier player in next-generation lithium-ceramic battery technology, has declared the commencement of a strategic alliance alongside Buima Energy Co., Ltd., JMS Co., Ltd., and GWA Co., Ltd. This coalition aims to chart a new direction in solid-state battery solutions, focusing on enhancing energy storage systems and e-cargo bikes.

The Four-Party Collaboration Explained



This partnership stands out as it merges the strengths and capabilities of four leaders in their respective domains. ProLogium is recognized worldwide for its cutting-edge solid-state lithium-ceramic battery technology, which serves as the foundation for safety and performance. Buima Energy, a subsidiary of Buima Group Inc., brings extensive experience in integrating green energy systems. JMS, known for its advanced battery module manufacturing, will ensure the stability and performance of battery cells, while GWA focuses on battery applications for electric cargo bikes.

Together, they will work on developing high-performance applications for solid-state batteries, aimed at making contributions to the ongoing global energy transition and advancing smart mobility markets.

These companies intend to showcase their initial innovations at the upcoming Consumer Electronics Show (CES) 2026, where they will unveil an energy storage wall system and an electric cargo bike powered by ProLogium's advanced solid-state cells.

Challenges Facing Traditional Lithium-Ion Batteries



As demand for electricity continues to rise globally, renewable energy sources are becoming more prominent. However, traditional lithium-ion batteries present challenges in safety and overall performance. Vincent Yang, ProLogium's CEO, emphasized that relying on such technologies creates risks, including thermal runaway and combustion. ProLogium's proprietary Active Safety Mechanism (ASM) and superfluidized all-inorganic solid-state electrolyte present a viable alternative to these risks, enhancing safety in energy storage solutions.

Buima Energy's Vision for the Future



Chuang Hung-Wei, Chairman of Buima group Inc., highlighted the group's commitment to integrating green energy systems and enhancing safety standards in energy storage. This collaboration marks a strategic entry into the next-generation solid-state battery application ecosystem for Buima Energy, focusing on the particular needs of high-safety environments like hospitals and critical infrastructures. This partnership not only aims to improve safety standards but also targets significant expansions in energy security markets across Europe and Japan.

Transformative Applications of Solid-State Batteries



The collaboration is geared toward two pivotal applications: solid-state energy storage wall solutions and electric cargo bike systems. For residential and commercial use, solid-state batteries promise integration that is appealing and safe to deploy. Key features include:

  • - Ultra-safety mechanisms to prevent fire risks.
  • - Modular design for scalable capacity.
  • - Compact aesthetics for indoor installations.
  • - Versatile applications for energy management, including peak shaving and UPS backup.

For electric cargo bikes, the technology provides:
  • - Safety through innovative battery design, reducing thermal risks.
  • - Increased range and payload, especially in colder climates.
  • - Fast-charging capabilities for operational efficiency.

Phases of Implementation



This collaboration will progress in two distinct phases:

Phase 1


The initial phase will focus on designing a energy storage wall system based on ProLogium’s existing standard-specification cells and developing battery modules for GWA's electric cargo bicycle applications. The partners are set to unveil these innovations at CES 2026.

Phase 2


Moving forward, the alliance will deepen technical integration to jointly develop prototype battery systems tailored for the respective applications.

In conclusion, this four-party alliance is a robust step towards advancing the application of next-generation solid-state batteries. By merging expertise across multiple sectors, these companies are poised to not only redefine battery technology but also significantly enhance safety and efficiency in energy storage and smart mobility solutions. Through this unique collaboration, we can anticipate a transformative shift in how energy solutions are designed, created, and implemented in various high-demand sectors.

Topics Energy)

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