Home › Renewable energy ›Jinchen Unveils Advanced Multi-Busbar PV Cell Stringer JC-CHA8000/JC-CHA10000
Jinchen Unveils Advanced Multi-Busbar PV Cell Stringer JC-CHA8000/JC-CHA10000
Solar module equipment specialist Yingkou Jinchen Machinery (Jinchen) has unveiled the JC-CHA8000/JC-CHA10000 multi-busbar PV cell stringer, designed to revolutionise solar module production with enhanced line yield and superior rejection control.
March 06, 2025. By Mrinmoy Dey

Solar module manufacturing equipment specialist Yingkou Jinchen Machinery (Jinchen) has introduced its latest breakthrough – the JC-CHA8000/JC-CHA10000 multi-busbar PV cell stringer. This cutting-edge solution is designed to revolutionise the solar module production landscape.
With its advanced multi-busbar technology, Jinchen’s PV cell stringer enhances process stability, significantly improving line yield and ensuring superior rejection control.
“Offering a best-in-industry breakage rate for 130µm Grade A solar cells is a significant achievement, as it indicates superior manufacturing processes and quality control,” the company asserted.
By taking full line responsibility, Jinchen now offers manufacturers a streamlined, highly efficient, and fully integrated production solution.
As per the company, this integrated approach offers several advantages. “While higher line yield improves process stability and leads to enhanced production efficiency and output, guaranteed rejection control minimises waste while ensuring top-tier quality in module manufacturing,” stated the company.
Further, the integrated approach also ensures seamless support and monitoring which guarantees maximum operational efficiency.
“With Jinchen’s advanced technology and holistic support, manufacturers can achieve unmatched productivity and reliability in solar cell interconnections,” asserted the company.
Jinchen is a market leader in the photovoltaic module equipment industry, and has also become one of the world's leading practitioners of 'Industry 4.0'. With a great deal of focus on research and development, innovation and efficiency enhancement, Jinchen has made breakthroughs in the solar industry's latest advanced cell technologies including TOPCon, PERTOP and HJT PECVD product development.
With its newly introduced multi-busbar PV cell stringer, Jinchen is fully equipped to take solar module production a notch higher ensuring superior productivity and reliability.
With its advanced multi-busbar technology, Jinchen’s PV cell stringer enhances process stability, significantly improving line yield and ensuring superior rejection control.
“Offering a best-in-industry breakage rate for 130µm Grade A solar cells is a significant achievement, as it indicates superior manufacturing processes and quality control,” the company asserted.
By taking full line responsibility, Jinchen now offers manufacturers a streamlined, highly efficient, and fully integrated production solution.
As per the company, this integrated approach offers several advantages. “While higher line yield improves process stability and leads to enhanced production efficiency and output, guaranteed rejection control minimises waste while ensuring top-tier quality in module manufacturing,” stated the company.
Further, the integrated approach also ensures seamless support and monitoring which guarantees maximum operational efficiency.
“With Jinchen’s advanced technology and holistic support, manufacturers can achieve unmatched productivity and reliability in solar cell interconnections,” asserted the company.
Jinchen is a market leader in the photovoltaic module equipment industry, and has also become one of the world's leading practitioners of 'Industry 4.0'. With a great deal of focus on research and development, innovation and efficiency enhancement, Jinchen has made breakthroughs in the solar industry's latest advanced cell technologies including TOPCon, PERTOP and HJT PECVD product development.
With its newly introduced multi-busbar PV cell stringer, Jinchen is fully equipped to take solar module production a notch higher ensuring superior productivity and reliability.
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