Persistence is the key to success. GCL TECH has been intensely involved in the polysilicon industry for 15 years, given full play to its advantages, explored the R&D of silane-based FBR technology, and acquired the FBR patent and technical team from American enterprise SunEdison, Inc. Currently, it has successfully achieved the commercial mass production of granular silicon. GCL TECH is thus leading national- and industry-standard drafting unit for FBR use, making outstanding contribution to satisfying the need in the industry.
Granular silicon of GCL TECH has the environmental characteristics and advantages of low cost, low energy consumption, low emission, long life, high quality and high conversion rate, which has reached consensus in the industry. The whole manufacturing process of granular silicon is completely in conformity with the national strategic direction of "low carbon and emission reduction, energy conservation and consumption reduction, green and intelligent manufacturing", and will become a new growth point leading the photovoltaic industry to achieve the carbon neutralization goal of the state. According to the calculation based on the conditions stipulated in 2020 standard for photovoltaic manufacturing industry, the comprehensive power consumption generated by each kilogram of granular silicon is about 2/3 less than that of the traditional Siemens process. The carbon emissions can be reduced by 448,000 tons by producing 10,000 tons of granular silicon, which is equivalent to planting 2,186,000 trees per year and saving the combustion of 166,400 tons of standard coal.
After 10 years of development, the granular silicon products adopting “black technology” will become the main product for leading Chinese photovoltaic industry to actively integrate into the carbon emission reduction matrix.
ZN900:
Metallic impurity content ≤5ppbw
ZN901A:
Metallic impurity content ≤8ppbw
reduction of power consumption
reduction of human resource cost
reduction of hydrogen consumption
reduction of investment intensity
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