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The opportunity
The past decade has seen rapid growth in satellites launches — and this momentum is set to continue, with >40,000 satellites expected, requiring >1.3 million m² of solar cells for onboard power generation. III-V cells are of high cost and face supply contraints. Si cells are prone to space radiation resulting in point defects.
Our Mission
We are developing perovskite space solar cells that deliver high performance at a fraction of the cost of III-V cells. They offer key advantages include radiation tolerance, low weight, and design tailored for evolving needs of modern satellite constellations.
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