Solar component solder strip bending, shaping and blanking integrated machine

Abstract

The invention provides a solar component solder strip bending, shaping and blanking integrated machine and belongs to the technical field of machinery, solving the problems of low work efficiency and poor evenness of bending portions caused by manual bending of solar solder strips. The solar component solder strip bending, shaping and blanking integrated machine comprises a case, a feeding mechanism, a bending mechanism and a shaping and cutting mechanism. The bending mechanism comprises a bending base, a bending motor, a bending base plate, a bending press plate and a bending block; the bending motor, the bending base plate, the bending press plate and the bending block are arranged on the bending base; a gap for a solar strip to penetrate is formed between the bending press plate and the bending base plate; the bending block is cylindrical, with the axis inclining to a feeding direction of the solder strip; and the bending block is connected with the bending motor and capable of bending the solder strip to the bending press plate under driving of the bending motor. During bending, the solder strip can be bent to the bending press plate through the bending block, and the bending portion of the solder strip can be flattened under pressing force which is applied continuously during bending.

Description

technical field [0001] The invention belongs to the technical field of machinery, and relates to a processing machine for solar module welding ribbons, in particular to a solar module welding ribbon bending, forming and cutting integrated machine. Background technique [0002] As a green and non-polluting renewable energy, solar energy is being used more and more widely. People have also begun to gradually pay attention to the quality and reliability of solar cell components. At present, a solar module usually includes a lot of solar cells, and each solar cell is connected by a ribbon. Due to the good welding performance and electrical conductivity of the ribbon, each solar cell forms a complete electrical path after welding. Therefore, the current and voltage generated by the solar module under the irradiation of the sun's rays can be transmitted in the welding strip, which provides a reliable basis for utilizing solar energy. [0003] In the prior art, the bending and cu...

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Problems solved by technology

[0003] In the prior art, the bending and cutting of the welding strips are all manually operated, the speed is slow and the precision is low, and there are also problems that the bending part after bending is not flat enough to affect welding, and the length and specification of the cut welding strips are not uniform Problems such as defective products are prone to occur, the work efficiency is low and the production cost is high, and the bending part of the ribbon is often not smooth enough, resulting in improper connection during installation, and even affecting the performance of solar modules

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