Photovoltaic technology is an important engine to boost the green transformation of energy under the goal of carbon peaking and carbon neutrality. Perovskite solar cell is considered one of the most promising solar cell technologies in the future due to their advantages of high conversion efficiency, fast iteration speed, short process flow, low raw material cost, and low energy consumption. Perovskite solar cell is still in the early stage of industrialization with the formula, equipment, and technology still under iterative development. Once the mass production process of large-area modules is mature, perovskite batteries will go on a different commercial path from crystalline silicon with lower cost, and richer application scenarios.
As the global leader in the industrialization of perovskite in solar power modules, GCL Photoelectric Materials is far ahead in the conversion efficiency of large-area preparation of perovskite and the progress of a 100MW mass production line.
Leading the Industrialization Process of Perovskite
The 100MW Mass Production Line for Modules with the World’s Largest Area Has Been Built
GCL Photoelectric Materials has accumulated rich industrialization experience in the stage of large-area module efficiency and pilot test line and successfully enlarged it onto a 100MW large-area module production line, leading the world in the two key indicators of finished module efficiency and stability.
In September 2021, GCL Photoelectric Materials built the world’s first 100MW mass production line, with a module size of 1m × 2m. At present, GCL Photoelectric Materials’ 100MW mass production line is in the stage of process development and equipment transformation, with the conversion efficiency of finished modules steadily improving. It is expected that the conversion efficiency will exceed 16% by the end of this year and 18% by the end of 2023, becoming the first 100MW production line in the world to run through mass production.
