Recently, GCL integrated the self-developed flexible crystalline silicon perovskite laminated battery, certified by the National Solar Photovoltaic Product Quality Inspection and Testing Center, and the photoelectric conversion efficiency reached 33.44%. Compared with traditional rigid batteries, this flexible laminated battery has distinct differentiating advantages: it is extremely lightweight, supports a certain degree of bending and does not break; the ultra-high conversion efficiency of 33.44%, and the device-level power ratio exceeds 2,000 W/kg. The power generation advantage at the same weight is remarkable, ranking at the forefront of the industry. These technical characteristics have enabled them to achieve leapfrog breakthroughs in everything from materials to battery structure design, and have opened up new possibilities for the application of high-efficiency photovoltaic energy in multiple scenarios such as satellites, space stations, and deep space exploration.

Recently, GCL integrated the self-developed flexible crystalline silicon perovskite laminated battery, certified by the National Solar Photovoltaic Product Quality Inspection and Testing Center, and the photoelectric conversion efficiency reached 33.44%. Compared with traditional rigid batteries, this flexible laminated battery has distinct differentiating advantages: it is extremely lightweight, supports a certain degree of bending and does not break; the ultra-high conversion efficiency of 33.44%, and the device-level power ratio exceeds 2,000 W/kg. The power generation advantage at the same weight is remarkable, ranking at the forefront of the industry. These technical characteristics have enabled them to achieve leapfrog breakthroughs in everything from materials to battery structure design, and have opened up new possibilities for the application of high-efficiency photovoltaic energy in multiple scenarios such as satellites, space stations, and deep space exploration.