Powering the Next Generation of Energy Storage with Sodium-Ion
Uneverse’s sodium-ion battery technology is designed to deliver cost-efficient, safe, and sustainable energy storage across mobility and stationary applications.
Stationary Energy Storage
Sodium-ion batteries are particularly well suited for stationary energy storage, where long cycle life and cost per kWh are key decision factors.
Key Applications
•Telecom tower backup systems
•Renewable energy integration (solar and wind)
•Residential and industrial UPS systems
•Microgrids and distributed energy systems
•Data center backup power
Why Sodium-Ion Works for Stationary Storage
Very Low Cost per kWh
Lower raw material costs enable economically viable large-scale energy storage.
Long Operational Life
Designed for thousands of cycles in daily energy storage applications.
Minimal Maintenance
Stable chemistry reduces operational complexity and maintenance needs.
Supply Chain Resilience
Uses widely available materials, minimizing dependence on critical minerals.
Thermal Stability
Performs reliably in hot climates with reduced cooling requirements.
Mobility
Sodium-ion batteries are well suited for high-utilization electric mobility applications, where cost, safety, and durability are essential.
Key Applications
• E-rickshaws
• Electric scooters and two-wheelers
• Fleet and delivery vehicles
• Start-stop and hybrid auxiliary batteries
Why Sodium-Ion Works for Mobility
Lower Battery Cost
Uses abundant materials, reducing exposure to volatile lithium and cobalt markets.
High Safety
Stable chemistry designed to reduce thermal runaway risks in dense urban environments.
Long Cycle Life
Built for daily charge-discharge cycles common in commercial mobility applications.
Robust Performance
Reliable operation in high-temperature conditions typical of emerging markets.
Building Energy Solutions for the Future
From urban mobility to renewable energy infrastructure, Uneverse is developing sodium-ion battery technology that supports the transition to safer, more accessible, and more sustainable energy systems.