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Future of energy

Engineered for today.
Ready for what comes next.

Our advanced cell portfolio brings together proven and emerging chemistries across Li-ion and Na-ion.

Built for energy storage, mobility, industrial power and future electrification.

Cell Technology. Built for Every Journey.

From road vehicles and energy storage systems to industrial power, aviation and marine applications, our cell portfolio is engineered to support the full spectrum of electrification.

Leveraging multiple chemistries and form factors, we deliver the right balance of safety, performance, cycle life and commercial viability for every application.

Not One Chemistry. The Right Chemistry.

We are building a flexible cell offering around real application needs — cost, safety, power, cycle life, temperature performance and scalability.

From stationary storage to EV platforms, our approach is chemistry-agnostic, form-factor ready and designed for practical deployment.

Key Characteristics of Our Cells

Application-Fit

Cell selection based on duty cycle, voltage platform, thermal conditions, cost targets, and pack architecture.

Scalable Formats

Cylindrical, prismatic, blade, and solid-state-ready formats for ESS, BESS, EV, 2W/3W, telecom, and industrial applications.

Chemistry Flexibility

LFP, LMFP, NMC, NCA, and sodium-ion options aligned to performance, safety, and commercial requirements.

Safety-Led Design

Focused on thermal stability, controlled integration, rigorous validation, and reliable pack-level performance.

Commercially Practical

Balanced for energy density, cost, availability, manufacturability, and long-term supply security.

Future-Ready

Prepared for next-generation cell technologies without locking customers into a single chemistry or form factor.

Lithium-Ion Cells

Advanced Cells. Engineered for Tomorrow.

Delivering reliable, high-performance energy solutions for electric mobility, renewable energy storage, industrial systems, and emerging technologies through world-class lithium-ion innovation.

Sodium-Ion Cells

Sustainable Energy. Engineered for Scale.

Advanced sodium-ion cells developed for stationary energy storage, renewable integration, telecom backup, industrial power systems, and emerging mobility applications. Delivering safe, reliable, and cost-effective energy solutions with enhanced resource sustainability.

Built on Proven Progress

Cell technology has evolved from early lithium-ion breakthroughs to today’s wide range of mature and emerging chemistries.

Zeviona brings this progress into practical product platforms — combining global cell options, pack engineering, and application-specific integration to support real-world electrification at scale.