products > power > NanoPower P31u

NanoPower Modules

P31u

  • 3 solar inputs
  • 7.4V battery
  • Price: 3300.00 EUR

P31us

  • 3 solar inputs
  • 14.8V battery
  • Price: 5300.00 EUR

BP4

  • 7.4V or 14.8V
  • Optional heater
  • Price: 1500.00 EUR

BPX

  • 7.2V to 16.8V
  • Expandable
  • Price: from 5500.00 EUR

NanoPower P31u


Dimensions

Overview


The NanoPower P-series power supplies are designed for small, low-cost satellites with power demands from 1-30W. Employing a strictly KISS design philosophy, the NanoPower interfaces to solar panels and uses a highly efficient converters to condition the output power in order to charge the provided lithium-ion batteries.

Main Features:

  • Photovoltaic power conversion up to 30W
  • 3 input channels with independent power-point setting
  • Optimized for panels with up to 2 solar cells in a string
  • Three different photovoltaic power point options
  • Battery under-voltage and over-voltage protection
  • Two regulated power buses
  • 6 user-controlled output switches w. latching current limiter
  • Discrete control of output switches
  • Onboard housekeeping measurements
  • Interface to battery board NanoPower BP4
  • Separation-switch interface with latching mechanism
  • Remove-Before-Flight-pin interface
  • Onboard lithium ion battery pack
  • Onboard microcontroller with I2C interface
  • CSP network protocol for seamless integration with other GomSpace products

CAD:

Specifications


Electrical Specifications:

  • Photovoltaic power conversion up to 30W
  • Input converter efficiency: 93% average
  • Two regulated power buses: 3.3V@5A and 5V@4A
    • 3 user outputs: 3.3V@3A
    • 3 user outputs: 5V@3A
  • Battery capacity: 1800 or 2600 mAh

Physical Properties:

  • Operational temperature: Industrial range
  • PCB material: Glass/Polyamide IPC 6012C cl. 3/A
  • IPC-A-610 Class 3 assembly

Accessories:

NanoPower BP4 battery package
NanoPower P100U-A solar panel
NanoPower P100U-B solar panel
NanoMind A712C On-Board Computer

Additional Information:


Price and Availability:

Functional Block Diagram