Perovskite is an exciting new generation of solar cell materials, but they are not without problems. Although they ensure a great leap in efficiency, research s

It belongs to sphalerite type lattice structure with lattice constant of 5.65 × 10-10m, melting point 1237 ℃, band gap 1.4 ev. Gallium arsenide, chemical

GaAs RF applications have been very mature. There has been the first GaAs MMIC abroad since the 1970s. In the late stage of domestic development, mainly in rada

Temperature is one of the important factors that affect the concentrator photovoltaics conversion efficiency of solar cells. When designing concentrating solar

From the perspective of the development process of solar cells, the industry usually divides solar cells into three generations. The first generation of solar c

The concentrator photovoltaics CPV module has a backplane on which a 1mm² or smaller concentrator photovoltaics cell array is provided. The backplane inter

Inspired by sunflower, scientists have developed a sunflower shaped solar concentrator photovoltaics. They say the concentrator will revolutionize the solar fie

Concentrator photovoltaics solar energy is a kind of solar power generation technology that uses optical elements such as lens or mirror to concentrate a large

The experimental research on electron radiation resistance of GaAs / Ge solar cells is the basic research project of high performance solar power for aerospace

High efficiency solar micro module technology is based on aerospace power products. Its conversion efficiency is 30-35%, module thickness is less than 1 mm, and

Concentrated pv solar cell are defined as the basic photovoltaic devices used in concentrating conditions. Concentrating solar cells are known for their high co

Concentrated pv cell focus sunlight several times, tens of times, hundreds of times or even thousands of times with convex lens or parabolic mirror, and then pr