Full-automatic solar battery piece welding belt machine

Abstract

The invention relates to a solar battery piece welding belt machine, in particular to a full-automatic solar battery piece welding belt machine capable of performing programmable control over automatic conveying of battery pieces and welding belt materials. The full-automatic solar battery piece welding belt machine mainly comprises a welding belt system, a working rack and a control system. The working rack is a metal plate rack composed of a workbench and a work cabinet, a rack outer cover matched with the working rack is arranged, and the control system is a programmable control system. The welding belt system mainly comprises an automatic material piece supplying system, a material piece conveying system, a welding belt conveying system and an automatic material collecting mechanism. The continuous battery piece feeding, welding belt feeding and battery piece welding belt and battery piece colleting work of the welding belt machine can be finished through the automatic material piece supplying system, the material piece conveying system, the welding belt conveying system and the automatic material collecting mechanism which are compact in structure and the programmable control system, the quality of the welded battery pieces is guaranteed while the productivity of enterprises is greatly improved, the situations of sealing off, pseudo soldering and deviation soldering do not exist in the battery pieces, and the product is more standardized.

Description

technical field [0001] The invention relates to a solar battery strip welding machine, in particular to a fully automatic solar battery strip welding machine which can automatically convey materials of solar battery slices and welding strips under programmable control. Background technique [0002] The solar cell product is a small cell. In the field of solar cell production, the welding ribbon is mainly welded to the solar cell, so that each cell can exist independently and be connected in series. This small The battery sheet is relatively thin, and the common thickness is between 0.2mm-0.25mm. There are many specifications of the battery sheet in life, but they are all thinner, and the toughness of the battery sheet is not strong. Because the material is relatively brittle and easy to be damaged, solar energy In the existing production process, the work of battery strip welding is only done by hand. The traditional manual work method is inefficient and the process is relat...

AI Technical Summary

Problems solved by technology

[0002] The solar cell product is a small cell. In the field of solar cell production, the welding ribbon is mainly welded to the solar cell, so that each cell can exist independently and be connected in series. This small The battery sheet is relatively thin, and the common thickness is between 0.2mm-0.25mm. There are many specifications of the battery sheet in life, but they are all thinner, and the toughness of the battery sheet is not strong. Because the material is relatively brittle and easy to be damaged, solar energy In the existing production process, the work of battery strip welding is only done by hand. The traditional manual work method is inefficient and the process is relatively complicated. Due to the constraints and limitations of human factors, the quality of the produced batteries is poor. Problems such as desoldering, virtual soldering, and welding deviation will consume a lot of manpower and material resources, and the final operation results will also cause problems such as low product qualification rate and low production capacity, which not only affect the production schedule, but also directly cause problems. More serious resource consumption, so the use of modern industrial equipment to complete solar cell strip welding is the development trend required for industrial production and progress

[0003] In order to successfully weld ribbons for a large number of small solar cells that are easily damaged, if industrial equipment is used to complete the ribbon welding operation, the material transfer of solar cells, the material transfer of ribbons, and their welding operations are important to work independently and complement each other. step, and the equipment involved in the process usually has a feeding device for the battery sheet material and a feeding device for the ribbon material. However, it is difficult to complete the work quickly, conveniently and accurately based on the existing production technology. For example, the feeding and receiving device fails to meet the characteristics of solar cells and fast supply or mobile phone Requirements, as another example, the feeding device of the welding ribbon is manually operated, that is, using human control to complete the manual cutting of the welding ribbon from the entire plate of welding ribbon, and then soak it in a container containing flux, and remove it after soaking Get up and dry the flux attached to the ribbon, then place the cell on a preheated soldering table for preheating positioning, then take out a dried solder ribbon with tweezers, and align it with the middle of the cell. Silver coating, followed by fusion welding with ferrochrome from front to back, it is also necessary to ensure that one end of the ribbon is within 1-2mm from the edge of the battery sheet, and at the same time ensure that the ribbon is welded on the battery sheet without any detachment Welding, virtual welding, welding deviation and other problems occur, so the steps are not only extremely cumbersome, but also consume a lot of physical strength of the operator, and the fatigue degree is aggravated

Images