The research team suggested and advanced a hybrid next-generation device structure with

Researchers used stable materials alleviate the issue of cations moving within a material

This approach enhances the stability of perovskite solar cells under high-temperature conditions and

GIST's researchers have developed a flexible perovskite solar cell manufacturing technology with a low-temperature proce…

Light, flexible, efficient

The potential benefits of projects like SuPerTandem are significant, because the

The material can be coated at a thickness of 100-200 nm, whereas the conventional coating layer is

The researchers began by developing a comprehensive and high-quality dataset of band-gap values for 246 perovskite mater…

The researchers found that by integrating these reflectors into solar setups, they could improve the system’s energy pro…

The four-terminal tandem configuration has emerged as a highly efficient alternative strategy in solar cell design. Unli…

When assessing performance, the NUS scientists found that perovskite solar cells incorporated with cyanate can achieve a…

The team led by Professor Kim conjugated a highly stretchable polymer to an electrically conductive polymer with excelle…

The researchers focused on designing inverted PSCs, which have previously shown promise in terms of operational stabilit…

These novel solar cells achieve an impressive stabilised efficiency of 24.35% - the highest for perovskite solar cells (active area of 1 cm2) to date

The promising results reported by the NUS team mark a pivotal milestone in advancing the commercialization of a low-cost…

This remarkable binary OSC efficiency will help enhance applications of these advanced solar energy devices

A 'simple' tweak to perovskite solar cells during the fabrication stage could help to unlock the untold potential of the renewable energy source, claims research from the University of Surrey.

Perovskite solar cells are widely considered the natural successor to silicon-based solar devices because of their high…

Solar cells work by converting light into electrons, whose energy can be collected and harvested. A hot solar cell is a…

The SolarBotanic™ Tree is unique to the market and the result of five years of planning research and design, and feature…

The new prototype solar module, which uses a triple-junction compound design, is both lightweight and flexible thanks to…

EPFL and CSEM smash through the 30% efficiency barrier for perovskite-on-silicon-tandem solar cells—setting two certified world records

Increasing the power conversion efficiency of solar cells is important for two reasons. In the long run, it is the most…

An international team of researchers from ICFO, University College London, and Imperial College London, report on a novel disorder-engineering technique for inorganic solar cells that achieves a record-breaking power conversion efficiency.

In their study, the researchers cleverly engineered the layer of nanocrystals in the cell with an unconventional approac…

The solar cells are dual sided, meaning both the front and back of the cell generate power