- Compatbility of Lithium-ion and Sodium-ion battery cell

- Design for LEO and micro-nano satellite configuration

- Standard pack module provides good scalability

- Thermal sensor and active heater

- Connector for power and telemetry 

- Aluminum or magnesium plate 

- Individual cell balancing system (ABS) 

- Single-layer/double-layer structure

- Hermetical casing to fulfill space enviromental requirments 

- SP architecture (strings in parallel) 

- Heaters 

- Thermal sensors 

- Connector for power and telemetry 

- Aluminum or magnesium plate 

- Individual cell balancing system (ABS) 

- Single-layer/double-layer structure;

Key Features:

- SP architecture (strings in parallel) 

- Heaters 

- Thermal sensors 

- Connector for power and telemetry 

- Aluminum or magnesium plate 

- Individual cell balancing system (ABS) 

- Single-layer/double-layer structure

- SP architecture (strings in parallel)

- Heaters

- Thermal sensors

- Connector for power and telemetry

- Aluminum or magnesium plate

- Individual cell balancing system (ABS)

- Single-layer/double-layer structure

Key Features:

- SP architecture (strings in parallel)

- Heaters

- Thermal sensors

- Connector for power and telemetry

- Aluminum or magnesium plate

- Individual cell balancing system (ABS)

- Single-layer/double-layer structure

We provide cost-effective GaAs solar cells, CICs, and solar panel for the LEO, MEO, and GEO application. Our product has a heritage upright lattice-matched structure, which exhibits excellent radiation resistance and high efficiency of 30% @AM0 test condition.

Key Features:

- Materials: GaInP/GaAs/Ge

- Size: 40.0mm 80.0mm 60.0mm 120.0mm 67.0mm 138.0mm

- Thickness:180±20μm

- Weight: 110mg/cm2

- BOL efficiency: 30%EOL efficiency: 5E14: 27%, 1E15:25.8%

Email: marketing@enchampion.com