Explore our solar module, which employs cutting-edge technology that ensures the sustainability of our missions.
Casssiopeia integrates a built-in solar mechanism that powers all electrical components. Inside sits a retractable and foldable solar panel for launch and is opened as it arrives the orbit. This cutting-edge innovation ensures a more sustainable and environment friendly path to space exploration.
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Our design utilises a solar module based on an innovative folding panel technique to stow away panels during launch protecting and maintaining the lifespan of the panels.
Our mechanism includes more than 30+ rotational joints for the sole purpose of keeping your panels safe. During launch, panels are tightly secured inside Cassiopeia allowing the module to contain one of the most efficient power producing mechanisms inside its body unlocking the new feat of sustainable energy.
This type of linkage system, also known as a pantograph, is specifically used to convert a low-profile, folded configuration into significant vertical extension or movement. We utilise this joinery method allows us to create a compact module for storage and extend when in use to capture energy efficiently. The robust and proven technology of high-purity monocrystalline cells ensures reliable, stable power generation over decades of a mission's life.
Our monocrystalline panels are the ideal choice due to critical requirements such as limited available space, the need for maximum power generation, and resistance to the harsh environment of outer space. These panels can handle temperatures from -150°C to 150°C, have a higher conversion efficiency (up to 24% or more with specialized space-grade materials like gallium arsenide.
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