Quick Takeaways
- The partnership accelerates commercialization of solid-state battery energy management systems for advanced mobility and energy storage.
- A phased 48V-to-next-generation roadmap combines cell innovation with power electronics expertise to shorten time to market.
On January 7, 2026, ProLogium entered into a memorandum of understanding with Delta to accelerate development of the ProLogium solid-state battery energy management system. The partnership brings together ProLogium’s solid-state battery innovation and Delta’s power management expertise to create next-generation battery solutions for advanced energy and mobility applications.
ProLogium solid-state battery energy management system development roadmap
The collaboration is structured in two clearly defined phases, ensuring steady technical integration while addressing near-term and future market needs.
Phase one: 48V battery modules for targeted applications
The initial phase uses ProLogium’s existing standard-specification solid-state cells to design 48V battery modules. These modules are intended for selected future applications where efficiency, safety, and compact energy storage are critical.
Key objectives include:
Phase two: next-generation battery system prototypes
The second phase focuses on jointly developing prototype battery systems for next-generation applications. This stage emphasizes deeper technical collaboration, innovation, and system-level optimization to unlock new use cases across energy storage and smart mobility markets.
At CES 2026, ProLogium highlighted the technical progress of this cross-domain collaboration, demonstrating how combined expertise can accelerate commercialization and open new business opportunities in advanced battery applications.
ProLogium solid-state battery energy management system development roadmap
The collaboration is structured in two clearly defined phases, ensuring steady technical integration while addressing near-term and future market needs.
Phase one: 48V battery modules for targeted applications
The initial phase uses ProLogium’s existing standard-specification solid-state cells to design 48V battery modules. These modules are intended for selected future applications where efficiency, safety, and compact energy storage are critical.
Key objectives include:
- Optimizing system-level energy management
- Validating compatibility with current power electronics
- Preparing scalable designs for broader deployment
Phase two: next-generation battery system prototypes
The second phase focuses on jointly developing prototype battery systems for next-generation applications. This stage emphasizes deeper technical collaboration, innovation, and system-level optimization to unlock new use cases across energy storage and smart mobility markets.
At CES 2026, ProLogium highlighted the technical progress of this cross-domain collaboration, demonstrating how combined expertise can accelerate commercialization and open new business opportunities in advanced battery applications.
Company Press Release
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