NANOeps-AMPPT

The safest and most accurate solar
array energy conversion subsystem

ISO 19683

IPC Class 3+

TRL 9

In-house MAIT

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NANOeps-AMPPT subsystem supports the safest and most accurate solar array energy conversion method using well proven analog maximum power point tracking feature. NANOeps-AMPPT is fully autonomous unit and compliant with NANOeps subsystem. Several intelligent built-in functions enable NANOeps-AMPPT to provide a rich set of TM for its autonomous analog MPPT conversion loop.

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AMPPT channels

8 channels with dedicated AMPPT each

AMPPT efficiency

> 80 % (at 25°C)

Number of NTC inputs

Solar array (input) parameters

Input voltage range 12.1V to 23.3V,
Up to 678 mA input current,
Input power up to 9W per channel

Charge (output) parameters

Output voltage range 7.5V to 11V,
Output power up to 8W per channel

Interfaces

Redundant CAN bus
for TM/TC

skyEGSE-GUI

Intuitive App for out-of-the-box operation

skyEGSE-GUI application enables you immediate out of the box control, monitoring and management of any SkyLabs satellite equipment. skyEGSE-GUI is a graphical user interface developed on top of NANOsky CMM SDK Application Library module. The application establish a connection with target equipment via skyEGSE-LINK2 dongle or skyEGSE-comm server.

NANOsky CMM™ SDK

Powerful SDK to save you time on Dev

The NANOsky CMM™ SDK implements all functions to support control, monitoring and management of any SkyLabs satellite equipment. All functions are provided in a comprehensive C++ library, with application-level examples for fast prototyping or functionality integration into third-party software. This enables users drastic savings in the development time for integration of SkyLabs equipment functions into customer specific EGSE, AIV/T or even MOC software.

NANOeps-AMPPT