Materials for energy Archives – Page 13 of 16

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Seeing through a glass, darkly

Solar windows could make buildings "greener", but past attempts to commercialize the technology have run into obstacles. Will the latest efforts succeed?

Fuelling the planet

Working at the interface of academia and industry in the energy sector makes for exciting research, as John Irvine tells Anna Demming

John Irvine, professor of energy and materials at St Andrews University in Scotland, and founding editor-in-chief of the recently launched Journal of Physics: Energy.

Alliance with 2D materials boosts sulphur-based batteries

Both lithium-sulphur battery cycling lifetimes and capacity benefit from innovations with 2D materials

Shuttling stoppers: Cross-section scanning electron microscopy image of exfoliated graphene (EG)/Co(OH)2 interlayer/polypropylene(PP) separator. Credit: Journal of Physics: Energy

Purple bacteria produce hydrogen from waste water

The first ever battery-like bioelectrochemical system could be used to generate biofuel while capturing CO₂

Beyond the lithium-ion battery

Engineering a sustainable, electrified future means developing materials with properties that surpass those found in current technologies

Maxwell model optimizes motion energy harvesters

Using a model for triboelectric nanogenerators based on the Maxwell equations, researchers identify designs and conditions that optimize performance

TENG models could help optimize motion energy harvesters including wind energy.

Fade boosts lithium battery stability

A gradual blend from a lithiophilic to a lithiophobic material makes batteries resilient to damaging dendrite formation

Energy storage technologies vie for investment

Ideas abound for alternative energy storage technologies, but investment remains key for real-world change

Plugging into alternative energy storage ideas.

Specific nanocatalyst placements improve visible-light water splitting

Utilizing the anisotropy of nanorods to separately anchor hydrogen reduction and water oxidation co-catalysts could provide the key to efficient water splitting

Photoexcitation of a CdS nanorod (yellow) provides the driving force for transfer of holes to the molecular catalyst (structure on top). Meanwhile, the CdS nanorod acts as a conduit to shuttle electrons to the hydrogen-evolving Pt nanoparticle (grey) affixed to the nanorod tip, completing the reaction without sacrificial agents. Courtesy of Nature

Multifunctional carbon fibres enable massless energy storage

Studies reveal potential for battery functionality in structural features of vehicles

Multifunctional carbon fibres could provide energy storage in the body of future cars. Courtesy of Chalmers University of Technology

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