Power Systems

Batteries, BMS, solar panels & power monitoring for continuous NTN LEO satellite operations

Advanced Batteries

High-capacity lithium-ion systems for eclipse operations and peak power demands

Solar Panels

High-efficiency multi-junction cells optimized for LEO orbital conditions

Power Monitoring

Real-time telemetry and predictive analytics for power system health

BMS Technology

Intelligent battery management for optimal charge cycles and longevity

Power for High-Speed Transactions

NTN LEO satellites processing high-speed financial transactions require uninterrupted power delivery with zero tolerance for outages. Our power systems are engineered to provide continuous, reliable energy throughout all orbital phases including eclipse periods.

Our solar panel arrays utilize triple-junction GaAs cells achieving 30%+ efficiency, generating 200W-2kW depending on satellite size. Deployable panel designs maximize power generation while minimizing stowed volume during launch.

The integrated Battery Management System (BMS) monitors cell health, balances charge distribution, and predicts remaining useful life. Advanced power conditioning ensures clean, stable voltage delivery to sensitive transaction processing payloads, critical for maintaining data integrity in financial operations.

Technical Specifications

  • •Solar Array Power: 200W - 2kW end-of-life
  • •Battery Capacity: 50Wh - 500Wh lithium-ion
  • •Solar Cell Efficiency: 30%+ triple-junction GaAs
  • •Voltage Regulation: ±1% stability for critical payloads
  • •Cycle Life: 50,000+ charge/discharge cycles
  • •Operating Temperature: -40°C to +85°C

Power Your Transaction Network

Discuss custom power solutions designed for your NTN LEO satellite constellation requirements