APPLICATIONS

Satellites orbit the Earth, undertaking various missions. Solar cells and panels serve as the primary power source, providing energy around the orbit. The satellite manufacturing market is projected to grow to $ 27.3 billion by 2030, with rapid growth expected, particularly in the small satellite sector.

Solar cells are critical to exploration rovers and space shelters. Rovers use solar cells to generate energy for exploration and equipment operation, while space shelters rely on them for continuous power. NASA's Artemis program is researching and developing efficient solar cells and panels for use in the lunar polar region.

Solar cells and panels play a key role in Space-Based Solar Power(SBSP). These panels efficiently collect sunlight 24 hours a day and transmit it wirelessly to Earth, satellites, shelters and so on. Our solar cells and panels can easily secure more power to provide stable and continuous solar energy, saving its operation cost.

High-Altitude Pseudo Satellites (HAPS) are unmanned aerial platforms operating in the stratosphere (~20 km), performing satellite-like functions such as communication, surveillance, and observation. To enable long-duration flights, lightweight and efficient power sources are essential. Our flexible, ultra-lightweight solar cells, optimized for HAPS,  offer a high power-to-weight ratio (W/gram), enabling longer flight durations  and improved energy efficiency.