Energy storage, aluminum-nickel molten salt battery arrives
The battery charges by heating up and "traps" energy when it cools: it guarantees a long and efficient energy storage.
The battery charges by heating up and "traps" energy when it cools: it guarantees a long and efficient energy storage.
The leader in electric vehicles announces extensive testing of battery materials: the manganese option is ticked.
Amprius Technologies announced that its new silicon anode batteries have a quick charge of just 6 minutes.
A totally recycled electric car battery: a certain goal, uncertain timing. Northvolt starts a mad rush.
By now, as you know, it's the hunt for the perfect solid-state battery. A great ally could be paper.
A careful design allows the "biomimetic" development of batteries inspired by snake scales. They will come in handy for wearables and soft robots.
A US startup announces the creation of a 3D printed solid-state battery that is smaller, denser and more efficient than lithium batteries. It is recyclable.
Finally rechargeable, finally stable: at Stanford they "solve" the problems of the chlorine battery: a great energy shot.
The joint venture between the two giants has already produced 1,4 million batteries, and is preparing for a mission to conquer the markets.
The characteristics of concrete buildings make them perfect as batteries, and a study shows their possible, widespread uses.
The Harvard team derives a stable version of lithium metal battery: towards 10 minutes charged cars, which last longer than traditional ones
The largest Danish battery? It is made with basalt stones. Here is the ambitious project that can change the storage of solar and wind energy.
Scottish startup Gravitricity announced this week a working scale prototype of a battery that uses gravity to store energy.
A battery with radioactive graphite waste trapped in thin layers of diamond can power devices for thousands of years.
The University of Gothenburg in Sweden has developed an amazing isomer that can store solar energy for a very, very long time.
The dean inventor of the lithium-ion battery has managed to patent his glass battery which exhibits exceptional performance in studies.
Lancaster University almost accidentally discovers a material that could store solar energy and store it for months. Maybe years.
In Spain, a team has found a way to obtain hydrogen from renewables: a formidable "shortcut" for the abandonment of fossil fuels
A new report from RethinkX analyzes the impact of an economy based entirely on renewables and SWB storage systems. In 10 years it would produce an unprecedented revolution.
Orange peel and citric acid to recover precious metals and recycle exhausted batteries: an approach that fights both food waste and energy shortages.
A new process makes it possible to coat normal building bricks with PEDOT, a material that can turn bricks into batteries