Key Highlights
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A new solid additive called 5-Cl-BT helps create a better internal structure in organic solar cells, leading to a record-breaking efficiency of 20.89%. This breakthrough brings us a significant step closer to affordable and highly efficient solar panels for everyday use.
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Researchers have engineered a new electrolyte additive, FDOL, that stabilizes the magnesium metal in rechargeable batteries, allowing them to cycle longer and operate at higher voltages. This development is crucial for creating safer, cheaper, and more powerful batteries for electric vehicles and grid storage.
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A comprehensive review details how specially designed cellulose can be used as a sustainable material for polymer electrolyte membranes, which are key components in fuel cells and batteries. This work paves the way for greener and more efficient energy storage and conversion technologies.
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A correction was issued for a study on public attitudes towards storing heat underground in aquifers, a method known as aquifer thermal energy storage. This highlights the ongoing research into the social acceptance of this reliable, large-scale method for heating and cooling buildings with renewable energy.
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