In response to the urgent need to meet the national greenhouse emission reduction goals set by the "Framework Act on Carbon ...

The research team at KRICT optimized its in-house material synthesis methods, film uniformity by scalable processes, and ...

“This opens the door for wavelength-selective solar photovoltaic (WSPV) technologies ... Wavelength selectivity in ...

Visualizing the interface where sunlight is converted to electrical charges could lead to more efficient solar cells.

Each semi-conducting material has a characteristic "band gap" or a spectrum of electron ... Last fall, researchers at the ...

Researchers at North Carolina State University have developed a way to improve organic solar cells by addressing a critical ...

Organic solar cells are made with carbon-based polymer materials that have the potential to be low cost, can be made from ...

New research from North Carolina State University provides a deeper understanding of precisely what is happening in organic ...

Organic solar cells are made with carbon-based polymer materials that have the potential to be low cost, can be made from earth-abundant materials, and have some attractive features – such as the fact ...

Their groundbreaking work on Perovskite solar cells, published in SMALL Journal, could revolutionise the solar energy industry by simplifying the production process and lowering costs. Listen to Story ...

This material allows for higher voltages and fill factors than cells with a front-collecting emitter. According to PV Magazine, the Fraunhofer Institute for Solar Energy Systems achieved a 26.1% ...

She left her hair down and wore a natural makeup palette. Roan wore a semi-sheer red dress covered in floral appliqué and left her hair down in a red cloud behind her. She also had on matching ...