Global factory management system of thin film solar cell based on Mac (machine aided cognition)

Abstract

The invention provides a global factory management system of a thin film solar cell based on Mac (machine aided cognition), which comprises a Mac operating system server, at least a client computing device based on an Mac operating system and at least a standardization far-end statistics process control unit, wherein the Mac operating system server is in communication connection with multiple thin film solar cell production process equipment to obtain the production process data of each equipment; the client computing devices are in communication connection with the server to remotely requestthe production process data which are obtained by the server; and the standardization far-end statistics process control units are respectively coupled to the client computing devices to read and analyze the process data. In the global factory management system provided by the invention, one end of an internet is connected with mass production and detection equipment and the other end is connected with the multiple client computing devices which are positioned at the far end, thereby collecting the detection data of a thin film solar cell artwork pipe through the server and reaching the effects of monitoring production data and variation in real time; and the global factory management system has the significances on lowering the cost of scene operating personnel and global remote monitoring.

Description

technical field [0001] The invention relates to manufacturing and remote detection and control equipment for mass production of thin-film solar cells, in particular to a system for thin-film solar cell technology and detection data control. Background technique [0002] The importance of solar power as an alternative source of energy has been paid more and more attention due to global climate change and emerging energy demands. Solar cells include silicon wafer solar cells and amorphous silicon solar cells. Due to the lack of polycrystalline silicon materials used to prepare silicon wafer solar cells, alternative solutions such as thin-film solar cells are accelerated. [0003] Amorphous thin-film solar cells have the advantage that the cost of materials is much lower than that of silicon wafer solar cells. The manufacturing process is to form a thin film that can produce photoelectric effect on a plastic, glass or metal substrate, with a thickness of only a few μm, compared...

AI Technical Summary

Problems solved by technology

In terms of process automation, the mass production process of thin-film solar cells can generally be divided into the front-end film-forming engineering process and the back-end module assembly process. Since the entire plant output plan of thin-film solar mass production equipment is mostly dominated by PECVD manufacturers of front-end equipment, but for the latter The integration of segment module packages is relatively incomplete

Images