Image of LANTIAN SOLAR - CETC  Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell on the satsearch marketplace

Key highlights

Cell Key Features 
■ High nickel NCM/graphite material system 
■ Excellent energy density(~230wh/kg) 
■ Hermetically-sealed cells 
■ long life,GEO 15-18 year; 
■ High DoD ( 80% in GEO)

Battery Key Features 
■ N-P/M-S architecture (N parallel and M 
strings) 
■ Heaters 
■Thermal sensors 
■ Connector for power and telemetry 
■ Aluminum or mag

Applications

Battery solution for GEO satellite.

Flight heritage

Over 600 Space lithium-ion battery packs are used on  orbiting satellites.

Manufacturing

Double channel design can be improve the efficiency in module line.
Robert arms are used for transfer in each process.
Four stations can work at same time in stack process.
Equipment can fully inspect welding spots with 100% accuracy via CCD. 
Data can seamlessly be uploaded to the MES system.

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Last updated: 2026-05-17

CETC Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell

Image of LANTIAN SOLAR - CETC  Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell on the satsearch marketplace

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  • Click here to add the LANTIAN SOLAR - CETC  Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell to the Valispace engineering tool from satsearch
  • Click here to add the LANTIAN SOLAR - CETC  Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell to Lynapse Studio by Spacebackend
  • Click here to add the LANTIAN SOLAR - CETC  Space Battery Solution for GEO satellite application Based on TIPS INR50 Li-ion cell to 360 by IENAI

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