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A European research team has developed a dye-sensitized PV cell based on a copper iodide complex. The device was conceived for use in self-powered and internet of things devices.

Breakthrough tandem organic solar cell achieves record efficiency with innovative transparent silver electrode, paving the way for sustainable energy conversion processes.

Unlocking the potential of perovskite solar cells with cutting-edge research and innovative techniques. A brighter future for solar technology is on the horizon.

The first-ever sustainability champion of The James Dyson Award was granted to Carvey Maigue for inventing an ingenious method to tackle food waste and also using it to develop renewable resource sources therefore establishing a circular economic situation as well as mitigating climate modification.

Solar cells based upon perovskites, calcium titanium oxide minerals or compounds with similar structures, are amongst one of the most appealing emerging energy options. Over the past couple of years, engineers and material researchers have been exploring the capacity of solar mini-modules (i.e., little cells that can be utilized to develop larger-scale solar panels) made from perovskite bifacial structures.

GCL sets the bar high in perovskite tandem module development with its new record in conversion efficiency. Optimized light trapping structure & adjusted band gap of device layer make it possible.

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.

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.

Revolutionize display technology with new organic ligands for perovskite nanocrystals. Enhance stability, patterning, and charge transport for high-quality light emitting diodes.

Cleaning glass facades and solar installments is costly as well as time-consuming. Dirt lowers the yield of solar modules. Nevertheless, the Fraunhofer Institute for Organic Electronics, Electron Beam as well as Plasma Technology (FEP) has actually currently been successful in applying crystalline titanium oxide to ultra-thin glass using a roll-to-roll procedure, thus achieving hydrophobic surfaces that come to be superhydrophilic under UV light.

The growth of new-type thin-film solar cell modern technology is groundbreaking, it opens the possibility of presenting clean energy right into modern families most cordially, as well as will bring a brand-new way of life. Today, people are particularly positive regarding the growth potential of these new-type thin-film solar cells.

Chinese solar panel maker Risen Energy has signed off on an order to provide 150MW of high-efficiency PV modules to a power station in Malaysia. This stands as the biggest module order Risen Energy has ever carried out to date both in Malaysia and from an overseas floating power station.

Merida Aerospace pioneers perovskite solar cells for LEO satellites, promising enhanced performance and cost-effectiveness. A game-changer in space exploration.

Researchers at Tor Vergata University of Rome have created air-stable perovskite solar modules, addressing toxicity concerns and improving efficiency by 81%.

The development of modern-day devices that allow us to trap solar energy and convert it into usable electrical energy was not an easy task. Numerous efforts