HARDWARE / PRODUCT

SpaceTech Deployable Solar Arrays

SpaceTech GmbH
SpaceTech Deployable Solar Arrays

One-stop deployable and body-mounted solar array solution with in-house panel manufacturing and multi-hinge deployment mechanisms.

Technical specifications

Fill ratio
85%
Panel size range
< 0.5 m² (XS) to > 6 m² (XL) per panel
Deployment technology
Controlled, unsynchronized multi-hinge deployment using standardized C-spring hinges
Manufacturing
In-house panel manufacturing with automated photovoltaic cell laydown
Product scope
Body-mounted panels, single-hinge deployable arrays, multi-hinge deployable solar array wings, deployment electronics & HDRM, solar array drive mechanisms, photovoltaic assemblies
Selected missions
OneWeb Satellites, York Space Systems, GökTürk-2, Sentinel-5P, Sentinel-6, EUCLID, CHIME, CO2M, CRISTAL, LSTM, PLATO

About

SpaceTech offers a one-stop solution for the full scope of solar arrays: body-mounted panels, single-hinge deployable arrays, and multi-hinge deployable solar array wings, including deployment electronics, hold-down and release mechanisms (HDRM), solar array drive mechanisms, as well as photovoltaic assemblies on panels. Production is highly automated yet flexible, using in-house panel manufacturing and photovoltaic cell laydown together with SpaceTech’s unique deployment mechanisms. Over the last years, SpaceTech has developed a novel multi-hinge deployment mechanism technology suitable for a wide range of solar array sizes, from less than 0.5 square meters (XS) to more than 6 square meters (XL) per panel, featuring controlled, unsynchronized deployment using C-spring hinges of standardized sizes. SpaceTech serves both NewSpace mega-constellations and the most demanding institutional missions; examples of its solar array activities include the Airbus OneWeb Satellites constellation, York Space Systems, GökTürk-2, Sentinel-5P, Sentinel-6, EUCLID, CHIME, CO2M, CRISTAL, LSTM and PLATO.

Documentation

Need the full ICD, test reports or a specific revision? Ask the supplier directly.

Source: www.spacetech-i.com ↗