Xu Ming, CEO of GalaxySpace, explained that the solar arrays are wrapped like scrolls around the satellite before launch and extend to over 10 meters in length and nearly two meters in width once in space. "Although it spans 20 square meters, about the size of a conference room, it can be rolled up to the diameter of a water bottle," he said.
The company claims the all-flexible panel delivers four times the energy density of traditional rigid arrays, providing a lighter, more compact solution ideal for multi-satellite launches. This advancement also enhances orbital longevity for internet satellite constellations.
GalaxySpace has launched 25 proprietary satellites, including the world's first low-Earth-orbit millimeter-wave satellite operating at high frequency and China's first flat, stackable satellite equipped with flexible solar panels.
In February, the firm demonstrated direct-to-cell technology, connecting users in both Beijing and Thailand through its broadband LEO constellation and a Beijing-based ground station.
Its Nantong-based smart factory now produces 100 to 150 medium-sized satellites per year. The automated production line uses robotic arms for precision assembly. "Aided by assembly robots, intelligent equipment and digital manufacturing systems, we have established a complete manufacturing chain for satellites ranging from 100 to 2,000 kilograms," said Cheng Ming, the factory's head.
Founded in 2018, GalaxySpace has emerged as a leader in China's satellite internet industry and became the country's first unicorn in the commercial space sector.
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