In the process of using the battery string lining up machine, it mainly replaces the artificial lamination. Compared with the artificial lamination, it has the following advantages: one is that the typesetting speed is fast and the efficiency is high, and the second is that the typesetting is neat and the cracking rate is low, It is intelligent operation and strong controllability. The fourth is to reduce human intervention and reduce the rate of chipping. The fifth is high typesetting accuracy, and the control is ±0.2mm.
The successful application of the battery stringer indicates that the product has high performance, reliability, stability and excellent solution capabilities. At present, the photovoltaic industry has a promising market and a wide range of applications. The application prospects of products in the photovoltaic industry are also very broad.
The battery stringer produces direct current under the illumination of light. The physical unit in which the solar cells connected by wires are sealed is called a solar cell module, and has certain anti-corrosion, windproof, anti-mite and rain-proof capabilities, and is widely used in solar lighting, lamps, user power supply, road traffic, construction and Photovoltaic power plants and other fields.
Battery assembly production process
The production process of the battery assembly includes: single piece welding, string welding, lamination, lamination, frame mounting, cleaning, electrical performance testing, packaging and storage. The process involved in this project is a lamination process, which is the latter process of the battery chip string welding, that is, the battery string automatic typesetting machine process.
How does the battery stringer work?
The automatic typesetting machine transports the battery string quickly and accurately to a designated place after the battery string of different lengths comes from the pipeline. Generally, after the six battery strings are full, the next cycle is entered. Due to the product coming from the pipeline, there will be errors in the position and angle of each line, so the servo motor needs to be used for angle and position correction every time.