Breakthrough stability for perovskite solar cells: By suppressing stacking faults using an ETU additive, FA-rich perovskite devices achieved over 2100 hours of >93% PCE retention. These results, validated on Fluxim’s Litos platform, show the power of crystal facet engineering combined with precision stability testing.

Simulation of Organic light‐emitting diodes (OLEDs) using thermally activated delayed fluorescence (TADF). Emission zone analysis and a parameter study. Possible routes for efficiency enhancement.

In solar cells, photon recycling leads to an increase in the open-circuit voltage of the device. This tutorial explains how to exploit self-absorption to increase the efficiency of the solar cell.

Understanding electrical and optical cross-talk effects in displays by using simulation and characterization. Reduction of the cross-talk deleterious effect.

This tutorial presents the main properties of quantum dots and gives an example of how to characterize films with embedded quantum dots using angular resolved spectroscopy.

Perovskite-silicon tandem solar cells are revolutionizing photovoltaics, but optimizing current matching between layers is critical for achieving peak efficiency. A mismatch can lead to power losses, limiting overall performance. In this blog, we explore how optical and electrical simulations help fine-tune device design, ensuring both sub-cells generate maximum power.

Discover how precise modeling can boost tandem cell efficiency and accelerate the path to commercialization.

Fluxim presents advanced stability testing and electronic characterization techniques for kesterite solar cells. Learn how these tools enhance efficiency and reliability, making them ideal for indoor applications. Discover breakthroughs in renewable energy research!

Discover how Professor Noel Giebink and his team use Setfos to advance OLED research. Learn how Setfos simulations help optimize device performance, improve efficiency, and push the boundaries of OLED technology. Get a free 1-month evaluation license today!

Learn how to accurately simulate the external quantum efficiency (EQE) of organic tandem solar cells with full optoelectronic models in SETFOS. Explore optical and electrical setups, EQE measurement techniques, and design optimizations.

Explore how advanced material and optoelectrical characterization techniques uncover the degradation mechanisms in high-bandgap perovskite solar cells. Discover the impact of temperature on aging, insights from electrical characterization, and the significance of parallel stressing for statistical validation.

Discover how charge carrier mobility is measured in organic and perovskite semiconductors. This guide explains the Space Charge Limited Current (SCLC) method, with its key advantages, limitations, and applications.

Non-metalized contact pads and shared electrodes can undermine the accuracy of solar cell and LED measurements due to high contact resistance, distorting current-voltage (IV) curves and resulting in incorrect maximum-power-point (MPP) and open-voltage circuit (Voc) values. However, solutions exist: metallizing contact pads with gold or silver can reduce resistance issues, and avoiding common electrodes in multi-pixel designs can further enhance measurement accuracy, leading to improved reliability and efficiency in solar cells and LEDs.