announce that the R&D of the new generation of high-efficiency polycrystalline silicon wafer product, "GCL Multi-Wafer S4" has achieved success, marking that GCL-Poly''s polycrystalline
Currently, in the tandem structure, it is the perovskite module that is contributing the majority of the efficiency, as it is generating at 19% – while the silicon is only running at 7%
We started selling off PV plants in 2018 and, with more than 6 GW of solar PV farms sold by end of this June, we have significantly lowered the liabilities and debts of the
HK) (GCL New Energy) is a new energy company under GCL Group. Its primary business is solar power generation, covering development, construction and operations. GCL New Energy focuses on both centralized and distributed PV
GCL''s dual-axis tracker can be installed on different types of terrain to optimize the tilt angle to maintain stable power generation efficiency. It also increases power generation per unit area. With multiple functions including the
How does BC cell technology enhance solar cell efficiency? It holds great promise for enhancing solar power generation and reducing costs. LONGi, GCL among top
The GCL-M8/72GDF 430-465, manufactured by GCL, is a high-performance solar panel that showcases cutting-edge technology and efficiency. With a power output range from 430W to 465W, it offers a substantial energy solution for
Currently, in the tandem structure, it is the perovskite module that is contributing the majority of the efficiency, as it is generating at 19% – while the silicon is only running at 7% efficiency. The current silicon base module
With high‐yield efficiency and long‐term the wafers all the way to solar farm. With GCL guaranteed wafers the quality is carried all the way through the product and will provide lasting
As panel efficiency is already taken into account when panels are rated as a particular wattage, slight efficiency advantages are unlikely to translate into significant extra
On November 23rd, the official test report issued by the China National Institute of Metrology after authoritative certification showed that GCL Solar Energy's 1 meter × 2 meters perovskite module broke through the industry ceiling, achieving a photoelectric conversion efficiency of 18.04%, setting a new world record.
GCL Photoelectric Materials, a subsidiary of GCL Group specializing in the research and production of perovskite solar cells and panels, has announced that its 1 m x 2 m perovskite single-junction module has achieved a power conversion efficiency of 18.04%. The group said that the China National Institute of Metrology has certified the result.
The agreement specifies that GCL Group's subsidiary, Kunshan GCL Solar Energy Materials Co., Ltd. (referred to as "GCL Solar Energy"), will build 2 gigawatt-scale perovskite production lines in Kunshan in two phases. At 10:58 in the morning, the groundbreaking ceremony officially commenced.
Currently, investment institutions such as Cathay Capital, Kunshan High-tech, Contemporary Amperex Technology (CATL), Tencent, IDG Capital, Sequoia China, and Temasek have participated in multiple rounds of financing for GCL Solar Energy. Data speaks volumes.
GCL-SI has launched a new 320 W perovskite solar module. The company guarantees that the 10-year end power output will be at least 90% of the nominal output power, which decreases to 80% after 25 years. GCL System Integration (GCL-SI), the PV panel unit of GCL Group, unveiled a perovskite solar module at the SNEC trade show in Shanghai in May.
The module’s effective area is 1300 square centimeters, and the conversion efficiency in the effective area reaches 13.48%. The test results not only show that GCL Nano has taken a solid step towards the industrialization of perovskite modules, but also prove that TüV’s solution is effective for testing the module.
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