The granted patents in both Australia and China, meanwhile a patent-applying status in the US and Japan, is expected to help GCL System further establish a presence in the world’s high-end markets. Industry watchers will be able to catch the GCL SI shingled cell modules and cast mono modules at Intersolar in May.
Shingled cell technology refers to a mainstream manufacturing process of high-density modules used within the photovoltaic industry. Use of shingled cell designs has drawn considerable attention from stakeholders for its efficiency, higher efficiency and higher power output and comparably lower balance-of-system (BOS) costs. Industry insiders estimate that if the adoption of shingled cell technology and the incorporation of SE-PERC high-efficiency cells continues to further increase this year, the shingled module power of 60-type can be expected to increase to 340-350W. When compared to 270W modules popularized in 2017, this represents an increase in power output of 80W in just two years.
The key point of shingling technology is to revolutionize the module-level technology of high-efficiency modules, which has resulted in an influx of investment by PV companies into the research and development of large-scale manufacturing of shingled cell modules. Increased shingled module production capacity has led to higher application rates and widespread industry acceptance of the modules in several major high-end markets, including Europe and Japan.
Shingled modules is typically used in high-efficiency application scenarios. Projects currently using shingled cell modules include the Top Runner Program and the Technology Top Runner Program, two programs under the aegis of China’s National Energy Administration (NEA) supplied by GCL. The aesthetic design of the shingled modules also makes them ideal for use in distributed residential rooftop.
With continuous technological breakthroughs, GCL SI expects to improve its competitive advantage and continue its expansion into high-end markets.
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