Foton Cospowers Na+ energy storage technology and global network

Technology

Advance Cell Manufacturing Technology

Advanced battery technology engineered for scalable, safe, and sustainable energy storage.

LFP & Sodium
0.5C to 1C
AC & DC coupled
Intelligent BMS/EMS systems

Advanced Energy Storage Technology

See how Cospowers manufacturing, cell engineering, and intelligent controls come together in a single bankable platform.

Cospowers development history timeline from 1994 to 2025, covering YiLiA, LFP, and LFP+NFA technology routes

01

Cell Manufacturing Technology

Performance starts at the cell. Our advanced cell engineering drives safety, energy density, cycle life and system reliability.

Advanced Cell Engineering
Multiple Technology Routes
High Energy Density & Efficiency
Long Cycle Life for BESS

Lithium Battery Cell

LFP Laminated Cell

Lithium Battery Cell
  • High safety LFP chemistry
  • Laminated cell technology
  • Stable & long-life performance
  • Ideal for BESS applications

Sodium-Ion Cell

Na+ Sodium Battery

Sodium-Ion Cell
  • Sodium iron phosphate chemistry
  • Excellent low-temperature performance
  • High safety & long cycle life
  • Future-ready energy storage

Solid-State R&D

Next-Gen Innovation

Solid-State R&D
  • Solid-state battery R&D
  • Higher energy density potential
  • Enhanced safety by design
  • Future commercial roadmap

Cell Structure

Stacking & Multi-Polar Ear

Cell Structure
  • Stacking process technology
  • Multi-polar ear parallel design
  • Improved space utilisation
  • Lower internal resistance

02

Sodium-Ion Battery Technology

Next-generation sodium-ion technology delivering superior safety, extreme temperature performance and long cycle life — ideal for future energy storage.

High Safety
High Efficiency
Extreme Temperature
Wide Temperature Range
Long Cycle Life
Sustainable Materials
PerformanceFoton-Sodium-IonLFP (Conventional)
Thermal Runaway Initiation Temperature285 ± 5°C142 ± 8°C
Peak Temperature During Thermal Runaway318°C No flame>800°C Jet flame
Capacity Retention at -20°C90%<60%
Operating Temperature Range-40°C – 60°C-20°C – 55°C
Cycle Life8,000+ Cycles4,000–6,000 Cycles
Charge/Discharge Efficiency>96%90%–94%
ChemistrySodium Iron PhosphateLithium Iron Phosphate

Why Sodium-Ion?

Higher safety with superior thermal stability
Excellent low-temperature performance down to -40°C
Long cycle life for lasting value
High charge/discharge efficiency above 96%
Abundant, low-cost and sustainable materials
Ideal for utility, C&I, telecom and harsh environments
Sodium-ion technology infographic: high safety, long cycle life, abundant and sustainable materials, low temperature performance, high efficiency, and utility-scale applications

03

Proven LFP Lithium Technology

Intelligent lithium for reliable energy storage. Our LFP systems combine proven chemistry, smart controls and modular design for safe, long-life performance.

Proven Chemistry

Mature LFP platform for reliable storage

High Safety

Stable lithium iron phosphate chemistry

Commercial Ready

Ideal for residential, C&I and utility BESS

Long-Life Operation

Designed for long-term energy storage

Thermal Stability

Strong safety profile under all conditions

Intelligent Integration

Connected with BMS, EMS and monitoring

04

Intelligent Energy Systems

More than cells — our intelligent systems deliver safety, optimisation and complete control across every project.

BMS

Real-time monitoring and protection for voltage, current and temperature.

EMS

Energy optimisation, smart dispatch and system coordination.

7” Touchscreen HMI

Intuitive local control and system operation.

Fault Detection

Intelligent protection and rapid safety response.

Remote Monitoring

Real-time visibility, diagnostics and remote support.

Grid Integration

Supports renewables, VPP, peak shaving and grid-connected storage.

Rows of Cospowers Solaria battery energy storage containers at a manufacturing facility

05

Manufacturing Capacity & R&D Strength

Decades of R&D excellence. World-class manufacturing. Built for global energy storage demand.

30+Years Electrochemical Battery R&D
20+Years Lithium-ion R&D
5+Years Sodium-ion R&D
3GWh+Lithium Production Capacity
1.5GWh+Sodium Production Capacity
3,900+Testing Channels
24+Safety & Reliability Tests
100+Academic & Industry Partnerships
BNEFTier 1 Manufacturer Backing

06

Safety & Thermal Management

Safety is engineered into every layer. Our systems are NFPA-rated / NFPA-tested with advanced thermal management.

NFPA-Rated / NFPA-Tested Systems
Advanced Thermal Management
Multi-Layer Protection
Fire Suppression Ready
24+ Safety & Reliability Tests
Comparison of the action ranges of smoke, thermal, flame, decomposition, and ignition fire detectors across incipient, growth, flashover, and fully developed fire stages

Engineering the future of energy storage. Together, we power a smarter, stronger, cleaner future.

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