Ahead of China’s National Day holiday, Yoha Solar delivered a custom-developed manual PV module training production line to a cooperative university in Jiangxi Province. The complete set of equipment will build a standardized and practical PV teaching and training platform for the university’s new energy majors, making up for the shortcomings of practical teaching and facilitating the upgrade of vocational training systems.
Yoha Solar's PV Training Production Line
Driven by the rapid expansion of the domestic new energy industry, the PV sector faces a growing shortage of skilled professionals. Majors such as new energy technology and PV material application in universities have gradually shifted from theoretical-only teaching to practical training. Industry-standard training equipment is urgently required to enable students to master real production processes and realize seamless integration of theory and practice. Tailored for university teaching characteristics, Yoha Solar’s lightweight industrial-grade manual training line adapts perfectly to diversified teaching scenarios, including small-class teaching, group operation and fault simulation training.
The fully equipped training line covers core procedures of PV module forming, processing and testing, including laser scribers, ribbon cutters, dispensers, framing machines, EL defect detectors and IV testers. It fully replicates the entire mass production process of commercial and industrial PV modules. Different from fully automatic industrial production lines, this manual training solution removes closed-loop automatic operation while retaining manual operation for every process. Students can independently complete precise cell scribing, ribbon trimming, module dispensing and sealing, frame assembly and finished product defect detection, thoroughly understanding PV manufacturing principles and quality control key points.
IV Tester
EL Tester
The high-precision laser scriber enables non-destructive cell cutting and adapts to the processing training of various cell specifications. Featuring safe operation and controllable precision, it is suitable for hands-on learning for novice students. EL and IV testing equipment constitute the core quality inspection training units. The EL detector visualizes internal defects such as hidden cracks, cold solder joints and broken grids, turning abstract detection principles into operable practical courses. The IV tester accurately collects key electrical parameters including open-circuit voltage, short-circuit current and peak power, realizing quantitative calibration of module power generation performance. Supporting equipment including dispensers, framing machines and ribbon cutters forms a complete teaching loop covering auxiliary material processing, module encapsulation and shaping, covering all practical training items for PV majors.
Solar Cell Scribing Machine
EL Test
IV Test
Optimized based on industrial standards for university laboratory environments and teaching rhythms, the entire training line features a compact footprint, simple maintenance and high operational safety. It avoids the disadvantages of large industrial equipment such as bulky size, complex operation and high training risks, while strictly conforming to industrial production standards. This ensures that training content is highly consistent with enterprise job requirements and enables students’ practical capabilities to match industrial employment standards.
Yoha Solar has long focused on new energy vocational training equipment and innovative industry-education integration. Leveraging independent R&D and manufacturing advantages, the company optimizes PV training lines to solve industry pain points of traditional training equipment, including single-process functions and disconnection from industrial practice. Its training
In the future, Yoha Solar will continue to iterate training equipment and integrated solutions based on the talent cultivation demands of the new energy industry. By deepening industry-university-research cooperation with major universities, the company will empower vocational education upgrading with high-precision and practical training equipment, continuously delivering high-quality and practice-oriented professional talents for the global photovoltaic industry.