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Scientists from Incheon University and Harvard University have developed a fatigue-resistant electrolyte membrane, revolutionizing fuel cell technology for industries beyond transportation.

Japanese researchers have recognized a perovskite material with a strong band edge gap and high stability which they say might offer 38.7% efficiency if utilized in the right tandem cell architecture.

Carbon clusters of a few nanometers in size could be responsible for the defects affecting the thermal stability of SiCs. The defective carbon accumulations arise during the oxidation of silicon carbide to silicon dioxide under high temperatures

The government has been seen as slow to act on climate change, while Labor offered an ambitious carbon reduction policy.

New breakthrough in solar energy: Researchers from the University of Ottawa and international partners have manufactured the world's thinnest photovoltaic cells, twice as thin as a strand of hair. Unlock potential for miniaturized electronic devices and lower energy costs.

Breakthrough tandem solar cell achieves record-breaking 28.47% efficiency with innovative hybrid interconnecting layers, setting new standards in renewable energy technology.

A new 1-megawatt rooftop-mounted solar station at the Indian National Institute of Technology Agartala is predicted to save 6 million rupees on electricity annually.

Scientists at Swedish Lund University are exploring the process due to which about a third of Fe-based solar cells’ energy is wasted. Identifying the way charge loss happens, they insist, is going to be the initial move toward solving the problem and creating high-efficiency photovoltaic cells of cheap and available material.

An EU-funded study project worked with by German research study institute Helmholtz-Zentrum Berlin has actually evaluated a number of configurations for solar-powered hydrogen generation. First results revealed which may be one of the most ideal PV modern technologies for electrolysis.

An international research study group has actually created a self-cooling PV system including a 250 W 60-cell polycrystalline component and a thermal enthusiast attached to the back side of the panel. The cleaning technology is based upon a microcontroller programmable integrated circuit, which manages a rotating DC electric motor.

A proposed two-diode model is based solely on the standard test problem criteria of solar modules and their irradiance levels. The logical tool apparently enables PV system operators to estimate the I-V curves of a shaded variety promptly and also accurately.

Revolutionary perovskite solar cell with T2 material achieves record efficiency and stability, outperforming traditional materials. Scalable production and improved performance make it a game-changer in renewable energy.

Nankai University’s argon-plasma polishing removes surface defects, lifting perovskite solar-cell efficiency to 23.5 % and boosting stability, paving the way for scalable production.

A global team of researchers has found a 'room cost' system that explains why particular steel oxides utilized as electrodes in lithium-ion batteries show greater storage abilities than ought to be in theory possible. The research, according to the group, will open new pathways to the development of more advanced power storage space systems.

A do-it-yourself gadget that started life as a hobby and took off throughout COVID-19 could help to unlock the future generation of solar power, consisting of innovative technology for room missions.