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European Space Thermal Engineering Workshop 2024

8–10 Oct 2024
ESA/ESTEC
Europe/Amsterdam timezone

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Session

Small Satellites and CubeSats

SSC
8 Oct 2024, 11:30
Einstein and Newton (ESA/ESTEC)

Einstein and Newton

ESA/ESTEC

Keplerlaan 1 2201 AZ Noordwijk The Netherlands

Conveners

Small Satellites and CubeSats

  • Malgorzata Solyga

Presentation materials

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  1. 46. Thermal design, test and performance characterization of a smallsat for an Earth Observation constellation
    Francesco Latella (ARGOTEC S.R.L.)
    08/10/2024, 11:30
    thermal technologies and methodologies related to small satellites and CubeSats

    Earth observation spacecrafts have seen a great interest and development in the past years and, still nowadays, it is one of the most prominent space markets thanks also to the miniaturization of the satellite platforms that allows to rapidly build constellations. In this presentation, the full development of a smallsats for Earth Observation is shown with a major focus on the thermal aspects....

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  2. 60. FENNEC: A Deployable Radiator for The Next Generation of High-Power SmallSats
    Mr Benedikt Bauer (Dcubed GmbH), Mr Chirag Singh Mukherjee (German Orbital Systems GmbH)
    08/10/2024, 12:00
    thermal technologies and methodologies related to small satellites and CubeSats

    FENNEC (FoldablE Newspace NextgEneration radiator for CubeSats) is a deployable radiator designed to meet the increasing demand for advanced thermal management systems in CubeSats and other SmallSats.
    In the past, despite the typically higher power density of SmallSats compared to larger spacecraft, the external structural surfaces of such platforms have usually been sufficient for thermal...

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  3. 41. Thermal Analysis of the CHESS Pathfinder 1 CubeSat Mission
    Lina Kuhlmann (EPFL Spacecraft Team), Valentin Moret (EPFL Spacecraft Team)
    08/10/2024, 12:30
    thermal technologies and methodologies related to small satellites and CubeSats

    The CHESS (Constellation of High-Performance Exospheric Science Satellites) mission aims to enhance our understanding of the Earth’s upper atmosphere through direct measurements (species number density, altitude profiles, total electron content, ion population, and dynamics) using two twin 3U CubeSats: Pathfinder 1 & 2. The mission is managed by the student association EPFL Spacecraft Team,...

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