【 Video Tutorial 】 Moving from Laboratory to Large Scale Production: Organic/Perovskite/Stacked Batteries, OLED Panels

Organic light-emitting diode (OLED) display technology mainly relies on two different methods to produce three primary colors. The first is directly generated by using blue, green, and red OLEDs; The second method is to generate white OLED light through a selective filter (CF).

This tutorial provides a detailed introduction on how to use the software Laoss to simulate large-sized semiconductor components, such as organic/perovskite solar cell modules and OLED panels, and then expand from small-scale production in the laboratory to large-scale production.

Laoss is a software used for designing, constructing, simulating, and optimizing perovskite/organic solar cell modules and OLED panels, simulating their thermal, optical, and electrical properties.

Electrical module:Simulate electrical properties such as fill factor vs. conductivity, 2D potential distribution, current density, Ohm loss, total output power, etc

Thermal module:Simulate the bidirectional interaction between heat generation and current (electric thermal coupling)

Optical module:3D optical tracking, simulating the coupling of complex 3D optical components or surface textures to light

Application:Large area OLED panels and thin-film solar cell modules