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Unlocking the potential of triple-junction solar cells with cutting-edge optical properties, achieving 44.3% efficiency and 90.1% fill factor. A game-changer in solar technology.

This research team has designed a large-area two-terminal tandem solar cell that boasts a 25.2% efficiency with over 10 cm2 in area. Learn more about the lithium fluoride interlayer that helps overcome common PV cell issues.

Breakthrough in solar cell technology: Researchers enhance efficiency and stability of all-perovskite tandem cells using innovative CPGCl molecules. More research needed for optimal performance.

North Carolina researchers have developed a brand new perovskite solar cell method.

Revolutionary new method for manufacturing perovskite solar cells achieves high efficiency and improved stability, paving the way for a potential game-changer in solar energy technology.

Saudi researchers claim to have improved the thermal stability and moisture resistance of such devices by replacing 3D hybrid perovskite with two-dimensional compounds. They used organic compound ethanolamine, which is said to provide better results in slowing down the hot-carrier cooling process.

Scientists from Nanyang Technological University, Singapore (NTU Singapore) and the Institute of Materials Research and Engineering (IMRE) have found a way to stabilize perovskite solar cells using non-toxic metal-based capping materials. This paves the way for commercial use of perovskite cells, which, despite superior efficiency and lower production costs, contain lead, posing an environmental threat when decomposed. The researchers used the full precursor (FP) solution method, which allowed them to synthesize the capping layer of solar cells without lead. The zinc-based compound, PEA2ZnX4, was the most effective among the materials tested, and the process was more efficient than the half precursor (HP) method.

Revolutionizing solar energy with machine learning: EPFL researchers discover high-efficiency perovskite materials for cost-effective solar panels.

Revolutionary interlayer boosts perovskite solar cells to 26.3% efficiency, rivaling silicon, with near-perfect stability over 9,000 hours. A leap towards 28% and commercialization.

Chinese scientists have developed a single-layered organic solar cell based on non-fullerene acceptors with improved fill factor and short-circuit current density. They achieved their results with a new morphology that could be more suitable for vertical charge transport.

So far, solar cells based on polycrystalline cadmium selenide telluride (CdSeTe) have actually shown some crucial constraints, despite their low construction costs as well as useful qualities. Most notably, these solar cells display higher voltage losses than other mature photovoltaic or pv innovations (crystalline silicon, for example) as well as this considerably hinders their efficiency and also performance.

Revolutionize solar energy with Lehigh University's quantum material, boasting 190% EQE and potential to surpass silicon-based limits. A game-changer for photovoltaics.

Research from the United States has demonstrated how PV technology can be used to kill cancer cells. Although still at an embryonic stage, the findings of the study and initial test results suggest solar power could be an effective tool in relation to light-activated fluorescent dyes for disease diagnosis, image-guided surgery and site-specific tumor treatment.

Li-S Energy's new lithium sulfur and lithium metal battery facility in Geelong is set to revolutionize the industry with lighter, high-quality batteries for drones, electric aviation, and defense.

Solar projects on deserted cropland can create 179 exajoules of energy every year