Products

Lithium cells, storage systems, and energy products for B2B supply.

Litrade handles battery cells and energy products by matching format, chemistry, documentation, and availability to the target application.

Handled product lines.

Lithium-ion cells and finished products connected to storage, photovoltaic, and energy applications.

Lithium-ion cells

Range by chemistry and format: from standard cylindrical cells to large-format prismatic and pouch cells.

Finished products

Availability also includes finished systems related to storage and distributed energy applications.

  • Battery packs
  • Energy storage systems (ESS)
  • Photovoltaic panels
  • Solar street lights

Handled cell range.

The range includes cylindrical, prismatic, and pouch cells across multiple chemistries, with availability linked to manufacturer supply, volumes, and documentation requirements.

Standard and high-power cylindrical cells

18650 · 21700 · 26650 · 32700 · 32140
LFP/IFRNMC/INRNCA/NCRLMO/IMRLMFP

For battery packs, power tools, light e-mobility, robotics, UPS, and modular storage.

Large-format cylindrical cells

33140 · 40135 · 4680 · 4695 · 46120 and equivalent formats
LFPLMFPNMC/INRNCA/NCR

For higher-scale applications where fewer cells and higher energy per element are preferred.

Large-format prismatic cells

Hard-case prismatic cells for ESS, traction, and industrial systems
LFPLMFPNMCNMCA/NCMA

For C&I storage, PV systems, mobility, and projects requiring high capacity per cell.

Pouch cells

Flexible dimensions by geometry and application
NMCNCANMCA/NCMAhigh-nickel variants

For projects where weight, energy density, and dimensional constraints are central.

Specialty chemistries

Project-based, depending on manufacturer availability
LTOLMNO/LNMOLMO-NMC blendscustom formulations

For fast charge, low temperature, long life, high power, or non-standard application targets.

Cell codes and chemistry families.

Codes such as INR, IFR, NCR, or IMR do not always replace the full chemistry name: they are often commercial or designation codes used by manufacturers. Technical confirmation is always based on the datasheet of the specific model.

Range references

  • IFR often identifies LiFePO4/LFP cells in cylindrical formats.
  • INR is used for many nickel-based cells, often NMC/NCM.
  • NCR is common in NCA or nickel-cobalt high-energy families.
  • IMR points to manganese-based families, LMO, or high-power blends.
  • LTO is based on a lithium titanate anode and should be treated as a specialty category.

Selection criteria.

Cell selection depends on required performance, format, documentation, and the commercial conditions of the supply.

Application and discharge profile
Expected cycles and target lifetime
Cell format and dimensional constraints
Document availability for EU market
Volumes, MOQ, and supply stability
Lead time and sample management