Search

Discover how AI can help produce high-grade perovskite solar cells with greater efficiency. Learn how Karlsruhe Institute of Technology and two Helmholtz platforms used AI to predict the quality of perovskite layers and cells with their Advanced Materials breakthrough.

Uppsala University breaks world record with 23.64% efficiency in CIGS solar cells, aiming for over 30% efficiency with reasonable production costs.

LONGi Green Energy sets new world record for solar cell efficiency, now holding 17 records since April 2021. Their Hi-MO 9 module offers high efficiency and reliability for power generation.

A team of researchers in the US is using machine learning technology to optimize the composition of the material. It will help to predict the performance of perovskite solar cells and design strategies. According to the research conducted by 2000 peers, they reviewed perovskite publications which allowed them to collect over 300 data points.

Fraunhofer is leading efforts to avail affordable photovoltaic material for solar at the industrial level

AMTE Power states new facility will directly develop up to 215 high skilled on-site jobs

Scientists at Germany's Fraunhofer Institute for Integrated Solutions and Device Modern technology IISB are attempting to recognize the sources of light and elevated temperature induced degradation (LeTID) in PERC solar cells. First examinations must offer a comprehensive understanding of the process and also product dependence of LeTID and also associated degradation effects in monocrystalline and multicrystalline PERC solar cells.

Also referred to as a solar panel. The smallest unit of interconnected photovoltaic cells and ancillary components converting solar energy into DC power. The

Condition where the current generating capability of a photovoltaic cell is considerably lower compared to other cells in a string. Reverse bias can take place

A microthin layer of a semiconductor material, from which solar cells are made. Such films can be several micrometers thick or even thinner. The thin-film

Scientists from NUST MISIS (Russia) and University of Rome Tor Vergata found out that a microscopic quantity of two-dimensional titanium carbide called MXene significantly improves collection of electrical charges in a perovskite solar cell, increasing the final efficiency above 20%. The results of the research were published in Nature Materials on September 9, 2019.

A microscopic quantity of two-dimensional titanium carbide called MXene significantly improves collection of electrical charges in a perovskite solar cell.

The previous record for n-type perovskite tandem solar cells was 22% performance. Monolithic perovskite/silicon tandem solar cells have high power conversion efficiency potential at budget-friendly expense.

Ongoing obstacles in solar cell manufacturing may partly discuss why non-renewable power resources-- such as coal, oil, as well as natural gas-- have eclipsed current optoelectronic gadgets.

The output of solar cells stood at 318 GW throughout 2022, with a regular monthly average output of 26.5 GW, and the average capacity utilisation rate was 56.18%. In 2023, the complete output is expected to be 512.7 GW, with a regular monthly standard of 42 GW.