Lavo, hydrogen battery to power the house: 30 years of energy
An Australian startup offers hydrogen for its home energy storage systems: long life and greater efficiency.
An Australian startup offers hydrogen for its home energy storage systems: long life and greater efficiency.
Lignin as an alternative to graphite can represent an improvement for both the environment and performance for batteries.
After much research, the expected result seems to arrive: the LED just developed in Japan is safe for us, relentless for germs, and 10 times more powerful than before.
Harness soil bacteria to create a biochemical reserve of energy. A brilliant and ambitious idea, just financed in the UK.
The second life of batteries is a way to make a product last much longer that, far from being perplexed, is really (much) more ecological than fossils.
An amazing zinc battery uses a crab shell protein for excellent performance and more respect for the environment.
A Swiss institute has developed an extremely versatile paper battery, which only needs a drop of water to activate.
A synthetic antibiotic just obtained thanks to an algorithm can destroy bacteria resistant to antibiotics: it is called Cilagicina.
The University of California develops high-density batteries that withstand very hot and very cold temperatures without batting an eye.
At half the price of lithium-ion batteries, CO2 batteries are set to kickstart a revolution in renewable energy.
Laptops are increasingly a part of a person's life, the main one who needs them to function. For this, a computer of this type needs a quality battery. The Laptop Battery Dilemma When the first laptops appeared on the market, it was quickly realized that their batteries did not have the highest accuracy of life. At the end of a while, they began to last less time, both… Read more
A storage system that simply uses sand achieves an efficiency of 99% at very low costs.
The water battery starts operating after 14 long years of construction. And never before could it be very useful to Europe.
The bacterial biobattery developed by Binghamton University has a strong point: three "levels" of different bacteria that enter into synergy.
New batteries announced that could revolutionize the transition to electric vehicles in just a few years.
Turn skyscrapers into batteries that store energy? This Austrian project shows why it would be relatively easy.
Tesla's secret? A super expert, pioneer of lithium-ion batteries. What now he promises: I have their heirs, and they will last a lifetime.
A soft robot without processors, motors and batteries moves across different surfaces and crosses mazes using thermal energy.
Copper nanowires allow a new battery to better organize the particles inside it, improving (greatly) recharging.
The battery charges as it heats up and “traps” the energy when it cools down: it guarantees long and efficient energy storage.
The leader in electric vehicles announces extensive testing of battery materials: the manganese option is ticked.