Renewable energy could shield economies from price shocks, but achieving true independence requires deeper deployment that challenges current economic models.
Showing 1 - 12 of 30 articles
Renewable energy could shield economies from price shocks, but achieving true independence requires deeper deployment that challenges current economic models.
New battery recycling transforms spent cathodes into high-performance materials, offering a sustainable path for EVs and a truly circular battery economy.
New photocapacitor harvests indoor light to power autonomous IoT devices indefinitely, eliminating batteries, maintenance, and waste.
New research reveals how battery aging creates an uneven, patchy barrier on EV battery cathodes, asymmetrically blocking lithium ions and degrading performance.
Aviation seeks to decarbonize. Explore how biomass-to-jet fuel, especially ethanol conversion, offers a promising path to power future flights sustainably.
Explore how bioethanol, a renewable fuel, could become India's next alternative to LPG. A new initiative targets overcoming conversion challenges.
New research reveals a breakthrough in wastewater treatment, unlocking substantially more methane for energy production and moving self-powered plants closer to reality.
A new membrane innovation enhances redox flow batteries, enabling more efficient and cost-effective long-duration energy storage for renewable power grids.
A nanometer-thin aluminum oxide layer revolutionizes perovskite solar cell stability, solving a critical degradation issue for commercial viability.
Scientists create multifunctional magnets that convert waste heat directly into electricity, achieving record performance in energy harvesting.
New research overturns conventional wisdom for aqueous zinc batteries: less polar electrolytes yield dramatically longer battery life, challenging fundamental assumptions.
Water-based ink replaces toxic solvents in next-gen solar cells, making production safer, cheaper, and more sustainable without sacrificing performance.
