On June 19, Jiangsu Meike's 10 billion silicon wafers rolled off the production line at Yangzhong slicing base.
Jiangsu Meike industry is inherited from Jiangsu Huantai Group, and entered the industry in 2003 when China's photovoltaic just ignited a spark. With the first introduction of two Meyer Burger slicers in Switzerland, it has become a pioneer of domestic solar crystalline silicon multi-wire cutting technology.
With the development and progress of the industry, Meike has 20 years of experience in the photovoltaic industry. Along the way, Meike has always adhered to the principle of "quality first", with advanced technology and strict quality control, to provide customers with high-quality and high-price products. The company has established long-term and deep cooperative relations with many industry enterprises such as Tongwei Co., Ltd., Runyang Photovoltaic, Aixu Co., Ltd., Zhongrun Solar Energy, Chint New Energy, Jietai Technology, etc., and many customers have accompanied Meike to grow together for more than 10 years.
Since the comprehensive transformation of the Metco industry into monocrystalline in 2018, the quality of large-size and high-efficiency monocrystalline silicon wafers has been outstanding and highly stable in the client, which has been widely recognized by users and continued to write a good reputation for Metco products in the industry. In May this year, Metco Wafer also obtained Tongwei's quality inspection-free certification, which is known for its strict supplier management.
"Creating a zero-carbon future together" is the vision of Meike, and we are constantly practicing it with practical actions. Up to now, Metco has produced a total of 10 billion high-efficiency solar silicon wafers, equivalent to reducing carbon dioxide emissions by more than 1.5 billion tons, equivalent to planting more than 4.15 million hectares of trees. In the future, Metco will continue to uphold this concept, make every silicon wafer with heart, help achieve the "3060" dual carbon goal as soon as possible, and contribute to the green energy transformation.
