Hardware

MITIGATE (Micro-G Disturbance Characterization)

Wroclaw University of Technology
2023 - 2025
European Space Agency

Problem:

Micro-vibrations from Pulsating Heat Pipes (PHPs) in microgravity environments can disrupt the performance of sensitive spacecraft instruments, while effective thermal management is essential for maintaining stable satellite operation, especially for high-power electronics like Data Processing Units (DPUs).

Solutions:

The MITIGATE project is advancing PHP technology to address these issues. PHPs are passive devices that transfer heat from hot components to colder areas, such as external radiators, using a fluid-driven evaporation and condensation process.

KP Labs' objectives:

  • Manufacturing and refining PHP prototypes at KP Labs to deliver superior thermal performance.
  • Reducing micro-vibrations affecting sensitive instruments through optimized PHP design.
  • Progressing PHP miniaturization for integration into high-power components like DPUs, aiming to set a new standard in thermal management.
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MITIGATE (Micro-G Disturbance Characterization)

Hardware
  • The project addresses critical challenges in spacecraft thermal management, focusing on reducing micro-vibrations from Pulsating Heat Pipes (PHPs) that can affect sensitive instruments in microgravity conditions.
  • MITIGATE aims to advance PHP technology through optimized design and manufacturing, developing prototypes that deliver improved thermal performance while minimizing operational vibrations.
  • The initiative focuses on miniaturizing PHP systems for integration with high-power components like Data Processing Units, working to establish new standards in spacecraft thermal management.
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European Space Agency