In this collection, we explore energy storage and battery research, covering innovative battery chemistries, materials design, device fabrication techniques, solutions to transition to clean energy, and applications including electric vehicles, grid-scale energy storage, and portable electronics.
The next generation of battery technologies might pack significantly more power into the electric cars and mobile devices of the future. James Mitchell Crow reports
Move over, gold; lithium is now the metal in global demand. Kit Chapman untangles the global politics around the sought-after resource
In a renewably powered future, how will the grid cope when the sun isn’t shining and the wind isn’t blowing? Rachel Brazil looks at the options
Chemistry is a key component of clean energy
As battery demand grows, recycling needs to capture more of the valuable resources in each cell
Europe and US seek to escape Chinese dominance in critical minerals
Swedish startup aimed to challenge Asian producers, but stumbled in scaling production
‘Radiovoltaic’ devices can deliver long-lasting power to pacemakers, planetary rovers and more
The promising energy storage alternative still faces a number of challenges
Low-energy device is a ‘step forward’ for sustainable lithium mining
Environmentally-friendly electrochemistry could cut extraction costs by 40%
Porous catenated network is light weight and stores high volumes of hydrogen
Zinc–air microbattery packs the biggest punch yet for a power source with a volume of just two picolitres
Technologies available now can decarbonise most heat demand, but cost and infrastructure barriers still exist
Offering complementary properties to batteries, their time might be round the corner
Rapid development of the alternative energy storage technology to rechargeable batteries is already having real world impact. James Mitchell Crow talks to the scientists working on upping their performance
Electrolyte material used in lithium-ion batteries is highly mobile and potentially toxic
Lignin- and cellulose-based zinc-air batteries overcome longstanding electrocatalyst performance and electrolyte stability challenges
Energy storage project in China’s Hubei province can meet daily electricity needs of 12,000 households
Three company officials under investigation for potential safety violations
Next generation batteries given self-healing properties and vastly improved electronic conductivity by sulfur iodide inclusion
Rejigging redox chemistry overcomes some limitations of calcium batteries but they remain a long way from the market
Azure Quantum Elements platform speeds up discovery of solid-state electrolyte from decades to weeks
Swedish firm highlights cells’ cheap and sustainable materials for energy storage
Download this free white paper now to discover how to quantify key aspects of electrolyte safety and performance, and optimize designs with cutting-edge technology
Understanding why batteries overheat could make them safer
UK spin-out Gaussion aims to charge electric vehicles in minutes
Learn about battery material changes and how to accelerate battery development using cutting-edge in-operando isothermal microcalorimetry