Solar photovoltaic has the advantages of no pollution, universality and never exhaustion. It is an effective way to solve the human energy crisis and environmental problems, and is one of the promising new energy technologies. The core component of solar photovoltaic is solar cells. Solar cells are made of crystalline silicon materials. Crystal silicon cells will still dominate the market with their advantages in conversion efficiency, process maturity and service life.
The technical level of the solar PV module automation machines directly affects the conversion efficiency and production cost of the solar cell, and is a concentrated expression of the competitiveness of the solar photovoltaic industry. Looking at the rapid development of crystalline silicon cells in recent years, the key to the reduction of the cost per kilowatt of power generation is the major innovation in the manufacturing of photovoltaic cells.
The solar photovoltaic module automation machine can be tailored according to the user's production requirements. Each production line is laid by the transmission line before lamination; the laminated transmission line; the group frame angle production automatic line; the cleaning and junction box installation automatic line; the cleaning processing transmission line; Automatic test transmission line; automatic temperature control test transmission line; automatic classification transmission line after test.
Each of the processes is automatically switched by different mechanisms of transmission, transshipment, orientation, positional reversal, storage/release, etc., to achieve the process requirements of the component packaging process. To meet the automatic control of the process, the pipeline transmission mechanism has outstanding features such as smooth and reliable transportation. During the operation of the component, there will be no pulsation. In particular, the absence of misalignment between the laminates of the pre-lamination assembly provides the necessary process conditions for lamination.