Space-Level Perovskite Solar Cell

Space-Level Perovskite Solar Cell include their superior resistance to radiation and extreme temperature fluctuations, which makes them highly reliable in the space environment. The advanced material composition provides high energy conversion efficiency, even in low-light or distant solar conditions, ensuring that space missions have a consistent and reliable power source. Their lightweight and compact design maximizes available space on spacecraft while providing extended operational lifespans with minimal degradation. These cells are ideal for sustainable space exploration, contributing to long-term energy autonomy for satellites and other space-based systems while reducing dependency on traditional energy sources.

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Nā kikoʻī	50mm×50mm
ʻO ka pono hoʻololi Photoelectric	23.9%@AM0，22.7%@AM1.5
Ho'āʻo hopena wela kiʻekiʻe a haʻahaʻa	ʻO ka mahana ho'āʻo he -90 ℃ ~ + 90 ℃, ʻo ka wela wela he 20 ℃ / min, a ʻo ka helu o ka hopena he 500 mau manawa, e holomua mau ana.
Electron irradiation hoao	Under the condition of 1MeV, 3×1014e/cm2 irradiation, after annealing under AM0 irradiation for 24h, the photoelectric conversion efficiency of solar cell decreases from 23.9% to 22.8%
Kaumaha	0.8kg/m2 (pūnaewele lā perovskite paʻa), 0.5kg/m2 (pūnaewele lā perovskite maʻalahi)

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Hoʻokahi Hui Kalsium-titanium-mineral Solar Cell

Read More About perovskite solar cell

 PI membrane hoʻolālā hoʻohui;

 Hana kūpaʻa ma hope o ke koʻikoʻi kūlou kiʻekiʻe;

 Adapts to 180° full angle bending.

The Space-Level Calcium-Titanium-Mineral Solar Cell(perovskite solar cell) is a cutting-edge photovoltaic technology designed to deliver high-efficiency energy conversion in extreme conditions, including space applications. It incorporates a unique combination of calcium, titanium, and mineral-based materials to enhance the solar cell’s durability, efficiency, and resistance to radiation, making it ideal for satellite power generation and other space-based energy needs. These solar cells are engineered with advanced coatings and high-performance semiconductor materials to ensure maximum energy absorption and conversion, even in harsh environments. The design allows for optimal thermal stability and resistance to cosmic radiation, ensuring that the solar cell maintains its functionality over prolonged periods in space. Additionally, these cells are lightweight, compact, and capable of operating efficiently in a variety of orientations, making them suitable for use in space missions, low-Earth orbit satellites, and deep space exploration systems.

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