Products

Multi-Chemistry Energy Storage Solutions

From advanced battery cells to complete storage systems, we deliver technology optimized for your specific application requirements.

LFP · CylindricalSodium-Ion · PrismaticLMFP · Blade

Battery Cells

ChargingDischarginge⁻e⁻+++++CathodeSeparatorAnodeLFP · LMFP · Na-layered oxideElectrolyteGraphite · Hard carbon

Inside the Cell

How Our Cells Store Energy

When charging, ions travel from the cathode through the separator into the anode while electrons flow through the external circuit. On discharge the process reverses, powering everything from homes to grid-scale systems.

  • Cathode: LFP, LMFP or sodium layered-oxide chemistry
  • Separator: keeps electrodes apart while letting ions pass
  • Anode: graphite for lithium, hard carbon for sodium-ion
Lithium Iron Phosphate

LFP Cylindrical Cells

Industry-standard cylindrical cells optimized for long cycle life and thermal stability.

3.2V nominal8000+ cyclesHigh safety
Lithium Iron Phosphate

LFP Prismatic Cells

Large-format prismatic cells for high-energy applications requiring compact form factors.

High capacityLow impedanceFast charge capable
Lithium Iron Phosphate

LFP Blade Cells

Advanced blade architecture enabling higher pack-level energy density and simplified assembly.

Cell-to-pack readyEnhanced safetySpace efficient
Sodium-Ion

Sodium-Ion Cells

Next-generation chemistry with excellent low-temperature performance and supply chain advantages.

-40°C operationCost effectiveAbundant materials
Lithium Manganese Iron Phosphate

LMFP Premium Cells

Enhanced energy density through manganese doping while maintaining LFP safety characteristics.

Higher voltage+15% energyLFP compatible

Chemistry Finder

Which Chemistry Fits Your Application?

Select an application to see how each of our chemistries matches its priorities.

Grid & Industrial Storage

Best fit: LFP
LFP95% match
Sodium-Ion80% match
LMFP70% match

Long cycle life and thermal stability matter most for daily cycling over many years.

Indicative guidance. Our engineers will confirm the right chemistry for your project.

Battery Systems

Capacity Range by System

Log scale

Residential

5 – 20 kWh

Commercial

20 – 100 kWh

Industrial BESS

100 kWh – 10 MWh

Grid-Scale

10 MWh+

1 kWh100 kWh10 MWh100 MWh

Industrial BESS

100 kWh - 10 MWh

Container-based or rack-mounted systems for commercial and industrial peak shaving, load shifting, and backup power.

  • Modular design
  • Advanced BMS
  • Remote monitoring

Grid-Scale Storage

10 MWh+

Utility-scale energy storage for grid stabilization, renewable integration, and ancillary services.

  • Grid-forming capability
  • Fast response
  • Long duration options

Residential Storage

5 - 20 kWh

Home energy storage systems for solar self-consumption, backup power, and time-of-use optimization.

  • Plug & play
  • App control
  • 10-year warranty

Commercial Storage

20 - 100 kWh

Scalable solutions for offices, retail, and light industrial applications seeking energy independence.

  • Demand charge reduction
  • EV charging integration
  • Flexible financing

Future Products

Coming as we expand into semiconductors

2027+

Power Modules

OSAT-assembled power semiconductor modules for EV inverters and industrial drives.

2027+

SiC Devices

Silicon carbide power devices for high-efficiency, high-temperature applications.

Need Custom Specifications?

Our engineering team can work with you to develop solutions tailored to your exact requirements.

Request QuoteBusiness Solutions