ProLogium, Buima Energy, JMS, and GWA have signed a four-party Memorandum of Understanding to advance next-generation solid-state battery applications in energy storage systems and electric cargo bikes. The agreement unites ProLogium’s lithium-ceramic battery expertise, Buima Energy’s system integration capabilities, JMS’s module manufacturing experience, and GWA’s electric cargo bike development know-how. Together, the partners aim to accelerate the commercial deployment of solid-state batteries, enhancing safety, performance, and reliability across multiple markets.
Under the terms of the MoU, the alliance will present an energy storage wall system and an e-cargo bike at the Consumer Electronics Show in January 2026. Both products will be powered by ProLogium’s solid-state cells, showcasing the early technical progress of this collaboration. The partners plan to establish a robust industrial supply chain by 2028 and map out future joint technology roadmaps.
Solid-state batteries promise inherent safety advantages over conventional lithium-ion cells by eliminating flammable liquid electrolytes. ProLogium’s design incorporates an Active Safety Mechanism (ASM) and an all-inorganic solid electrolyte to mitigate thermal runaway risks. Buima Energy will lead the development of residential and commercial energy storage solutions, featuring expandable, modular wall units with integrated energy management. JMS will handle battery pack design and production, ensuring consistent performance and quality control. GWA will integrate the cells into e-cargo bike platforms, focusing on compact packaging, fast-charging capability, and extended range in cold climates.
With electricity demand surging worldwide, renewable energy accelerating, and market needs rising for electric cargo bikes, traditional lithium-ion batteries face increasingly apparent challenges in both safety and performance. Vincent Yang, Founder and CEO of ProLogium, said: “With a unique built-in Active Safety Mechanism, ASM, ProLogium’s next-generation solid-state lithium-ceramic battery, featuring our unique superfluidized all-inorganic solid-state electrolyte, fundamentally addresses the thermal runaway and combustion risks inherent to conventional batteries. This four-party alliance—spanning Buima Energy’s energy storage wall systems, JMS’s battery module manufacturing, and GWA’s focus on electric cargo bike applications—not only expands solid-state battery adoption into broader innovation domains, but also delivers unprecedented safety and performance assurances to the market. We are excited and look forward to working with our partners to advance the future of smart technology and sustainable energy—bringing safe, stable, and high-efficiency energy solutions to the public.”
The energy storage wall will target applications such as peak shaving, solar self-consumption, backup power, and EV charging. Its slim form factor and modular architecture are designed for flexible indoor deployment in environments with high safety and aesthetic requirements. The e-cargo bike solution aims to improve operational efficiency in last-mile logistics by offering greater payload capacity, reduced downtime, and higher endurance in diverse weather conditions.
This collaboration underscores the growing industry focus on solid-state technology as a pathway to safer, more efficient energy storage and smart mobility solutions.
Source: PR Newswire
