Solar cells have gradually entered the stage of large-scale mass production. As solar cell suppliers continue to enhance their manufacturing technologies, both the photovoltaic industry and related sectors have seen improvements in production capacity and quality. In terms of cell inspection, Tianzhun leverages its optical advantages by integrating infrared light, multi-angle light, and other designs for dimensional control at various process stages, such as grid lines and SE scribing. In the screen manufacturing industry, Tianzhun has developed modular functions for screen inspection, enabling the rapid acquisition of film and screen mesh distribution data.
The electrode grid lines on photovoltaic cells play a key role in collecting and transmitting electrons. As efficiency requirements increase, the width of these grid lines continues to decrease, with tighter dimensional tolerances.
The photovoltaic cell can be placed on the workbench without precise alignment. The software can automatically recognize the cell's position and orientation, allowing for rapid extraction of the mark points and accurate measurement of the grid line width and graphical regions.
Hydrogen fuel cells offer the potential for zero emissions, environmental friendliness, and a wide range of applications. The bipolar plate is an important component of a fuel cell, serving to provide electrical connections, transport reaction gases, dissipate reaction heat, and remove by-products. Bipolar plates typically consist of gas inlet and outlet channels, flow field distribution areas, and flow field reaction zones. The flow field reaction zone of the bipolar plate usually has a parallel groove structure, where the groove and rib widths, as well as the length of the parallel grooves, can be adjusted to control the speed of the reaction gases and thus improve the efficiency of electrochemical reactions.
The bipolar plate can be placed on the workbench without precise alignment. The software can automatically identify the position and orientation of the plate, enabling fast and accurate measurements of the plate's outer dimensions, gas inlet and outlet channel sizes, flow field distribution area dimensions, and key dimensions of the flow field reaction zones.
