The stacked system passes sunlight through a transparent radiative cooler before concentrating it onto a small PV-thermal receiver.
The stacked system passes sunlight through a transparent radiative cooler before concentrating it onto a small PV-thermal receiver.
Battery energy storage systems are rapidly expanding across all levels, while manufacturers adapt to changes in energy…
Battery energy storage systems are rapidly expanding across all levels, while manufacturers adapt to changes in energy demand, battery chemistries,…
Researchers at Lawrence Berkeley Laboratory used molten salt electrolysis to convert carbon dioxide into battery-grade graphite.
Researchers at Lawrence Berkeley Laboratory used molten salt electrolysis to convert carbon dioxide into battery-grade graphite.
Lithuanian researchers stabilized inverted perovskite solar cells by converting an acidic component into a neutral salt,…
Lithuanian researchers stabilized inverted perovskite solar cells by converting an acidic component into a neutral salt, achieving high efficiency…
University of Wisconsin researchers found that solid-state batteries experience thermal runaway, but at a significantly…
University of Wisconsin researchers found that solid-state batteries experience thermal runaway, but at a significantly slower rate than…
Korean researchers developed a 90-second Flame Plasma Pyrolysis method to convert wet coffee grounds into sustainable…
Korean researchers developed a 90-second Flame Plasma Pyrolysis method to convert wet coffee grounds into sustainable biochar fuel.
Recent discoveries could help engineers increase capacity, efficiency, and safety in batteries for electric vehicles and…
Recent discoveries could help engineers increase capacity, efficiency, and safety in batteries for electric vehicles and energy storage systems.
University of Illinois researchers examined the potential of using aquifer-based geothermal energy to cool data centers…
University of Illinois researchers examined the potential of using aquifer-based geothermal energy to cool data centers while reducing energy use…
An ICF report advises utilities to prioritize location-specific planning and grid-enhancing technologies while grid…
An ICF report advises utilities to prioritize location-specific planning and grid-enhancing technologies while grid expansions catch up to demand.
Sandia National Laboratories researchers recovered more valuable minerals from used electric vehicle materials in less time.
Sandia National Laboratories researchers recovered more valuable minerals from used electric vehicle materials in less time.
Australian researchers have developed a lithium-ion pouch battery that uses an anion-reduction catalyst to allow silicon…
Australian researchers have developed a lithium-ion pouch battery that uses an anion-reduction catalyst to allow silicon anodes to charge to 85% in…
The six-month analysis attributes the increasing energy load to data centers, especially in certain regions, while…
The six-month analysis attributes the increasing energy load to data centers, especially in certain regions, while renewable energy and capacity…
Regenerative fuel cells could provide long-term, lightweight energy storage to meet the astronauts’ energy needs on a moon base.
Regenerative fuel cells could provide long-term, lightweight energy storage to meet the astronauts’ energy needs on a moon base.
Amazon, Terrestrial Energy, Riot Platforms, Nvidia, Infineon, Corning, d-Matrix, and many more are innovating in…
Amazon, Terrestrial Energy, Riot Platforms, Nvidia, Infineon, Corning, d-Matrix, and many more are innovating in technology to support data centers…
An AI framework uses a human-in-the-loop GPT agent to provide real-time advisory support for advanced nuclear reactor operations.
An AI framework uses a human-in-the-loop GPT agent to provide real-time advisory support for advanced nuclear reactor operations.
Studies from MPI-SusMat, the University of Maryland, and Rice University target distinct bottlenecks across the battery stack.
Studies from MPI-SusMat, the University of Maryland, and Rice University target distinct bottlenecks across the battery stack.
Northwestern University researchers developed an optimized “dirt battery” that reliably powers sensors across all…
Northwestern University researchers developed an optimized “dirt battery” that reliably powers sensors across all soil conditions, making it a…
A Sungkyunkwan University-led team has built a hydrogel-and-carbon device that turns greenhouse gas adsorption into…
A Sungkyunkwan University-led team has built a hydrogel-and-carbon device that turns greenhouse gas adsorption into continuous DC power.
The metal halide perovskites had no distortions and outperformed other perovskites.
The metal halide perovskites had no distortions and outperformed other perovskites.
Advances in anode design, materials recovery, and dendrite behavior are addressing key limitations in modern battery systems.
Advances in anode design, materials recovery, and dendrite behavior are addressing key limitations in modern battery systems.
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