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The sustainable fabrication of perovskite solar cells is critical. Duan et al. present a more environmentally friendly solvent system to process wide-bandgap perovskite films that can also be used for industrial-scale manufacturing in ambient air.
The assessment of the mechanical properties of flexible solar cells lacks consistency. In this Perspective, Fukuda et al. outline standards and best practices for measuring and reporting photovoltaic performance under bending stresses, strain and load orientation.
In battery research, the demand for public datasets to ensure transparent analyses of battery health is growing. Jan Figgener et al. meet this need with an 8-year study of 21 lithium-ion systems in Germany, generating a dataset of 14 billion data points that offers valuable insights into battery longevity for home storage.
Energy companies must often obtain consent from private landowners for natural gas extraction. This study analyses lease negotiations between these two parties in Ohio, noting disadvantages on the side of the landowner in the process.
The unclear understanding of the interphase has limited advancements in battery performance. To address this, the authors designed sulfoximide salts with distinctive interphasial chemistry, enabling high-performance lithium metal batteries even under extreme conditions.
Reducing the energy demands of chemical separations could help to decarbonize industry. Based on data-driven and first-principles modelling, here the authors report an approach to holistically compare and select optimal technologies for chemical separation.
Oxygen evolution is a key reaction in electrolysers and involves a spin-dependent, multi-electron transfer process. Here the authors use topological semimetals with intrinsic chirality as a means to control spin in oxygen evolution catalysts, and explore the role of spin–orbit coupling in determining activity.
Achieving uniform coverage of interfacial layers in perovskite solar cells is challenging, especially over large areas. Li et al. present design guidelines to fabricate these layers with uniform morphology, suppressed defects and improved charge transport.
Nuclear small modular reactors could help decarbonize industrial heat processes in the United States, but widespread deployment (of up to a thousand reactors) hinges on factory learning, extended tax credits and avoiding cost escalations.
Although regulation within the European Union requires manufacturers of battery storage systems to provide state-of-health estimates to customers, no standardized methods for such estimates exist. Now, a large open-access dataset from eight years of field measurements of home storage systems is presented, enabling the development of a capacity estimation method.
Traditionally, lithium-ion battery cathodes face a trade-off between the energy density afforded by high-voltage anion reduction−oxidation and long-term stability. Now, incorporating polyanion motifs into a disordered oxide crystal structure is shown to stabilize the oxygen sublattice, improving capacity retention at high energy densities.
Fibre-reinforced epoxy-amine resins are common materials for wind turbine blades, yet they are challenging to recycle. Now, researchers formulate an alternative resin using biomass-derived polyester with easier-to-break covalent linkages, demonstrating the industrial manufacturability and recyclability of the resin with a nine-metre blade prototype.
Electrochemical reduction of carbon dioxide to fuels and chemicals is usually mediated by metal-based catalysts. Now, a carbon electrode modified with an organic molecular catalyst demonstrates promising activity and selectivity for carbon dioxide electroreduction to methane via an unusual pathway.
Power grids with high penetration of weather-dependent renewable energy sources (WD-RESs) tend to have reduced blackout intensities and weather vulnerability. WD-RESs such as wind and solar are not responsible for the occurrence of blackouts in bad weather conditions.
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