This will make electric car drivers in Siberia very happy.
You could say these researchers took a faster road.
Someone send Samsung the memo.
The battery could power critical electronics like diagnostic sensors in developing countries.
Power in the palm of your hand.
These electronics just won’t die.
The best of both worlds
This disposable battery runs on bacteria and folds like an origami ninja star. Sold!
Researchers from Pacific Northwest National Laboratory have found a way to reliably produce batteries that are very cheap, but can store a lot of energy.
A study into a strain of red bread mold could revolutionize our rechargeable battery technology. The paper’s findings could be the first step towards producing sustainable electrochemical materials.
Researchers at Purdue University in the US have developed a new tool for Android users that could increase your battery life by 16%.
In March, we were telling you about Tesla Motors’ new development, a new battery that could take your home off the grid and eliminate one of the major problems associated with renewable energy – storing it. Now, Tesla is already rolling out the new generation with some remarkable feature. The coolest one? Liquid cooling!
In a recent paper published in Nature, researchers at the Samsung Advanced Institute of Technology report how they nearly doubled the charge carrying capability of a lithium-ion battery by coating the silicon anodes with graphene. Paired with recent advances in graphene deposition and manufacturing, this sort of tech of could very well end up powering your notebook or phone a couple years from now.
Daimler, the giant auto maker from Germany, is releasing its own version of a large-storage battery on the heel’s of Tesla’s heralded Powerwall. Branded under Mercedes-Benz, the battery pack is destined for both automobiles and home use. So far, a 2.5 kWh each version has been made public, with Deimler claiming it can be packaged in up to eight modules bringing the total capacity to 20kWh worth of energy – more than enough to power a typical home or even a small business.
A simple, cheap device could extend disposable battery life eight-fold; it suits all batteries from AAA to D and it works by keeping its voltage boosted to just above what most appliances consider ‘dead’. The technology was developed by US-based start-up, Batteroo and it’s called a ‘Batteriser’. It basically comprises of a very thin stainless steel sleeve (0.1 mm) that you can clip onto any
A team of researchers from the KTH Royal Institute of Technology and Stanford University has developed a method for making elastic, shock-resistant, high-capacity batteries from wood pulp.
Lithium-ion batteries have pervaded most mobile technologies, including phones, notebooks or electric vehicles. Scientists involved in lithium-ion batteries are mainly interested in increasing the energy density so they can last longer and accelerating the charging time, but also avoiding failures. You can watch on YouTube a myriad of such fails, like batteries exploding and such. Thankfully, these events are particularly rare, yet they signal there’s still much room for improvement. University College London researchers were interested in studying how lithium-ion batteries perform under a certain kind of stress resulting from overheating, and recorded the first thermal failure using thermal imaging and non-invasive high speed imaging techniques to observe the internal structure. This way, they recorded both what happens outside and inside the battery when it overheats.
Renewable energy and electric vehicles not only need high density storage mediums to become successful, but ones that can be replenished fast as well. A new battery, very similar to the popular lithium-ion variety used to power your smartphone, charges in under a minute and still works perfectly after 7000 cycles. Moreover, the battery is based on aluminium making it both easier and cheaper to manufacture.
An IBM team analyzed a sample of discarded batteries and found that they can still be used and can still provide benefits. They developed a device which uses re-usable Lithium Ion cells from discarded laptop battery packs to power low energy DC devices. They found that 70% of used batteries could still store enough power to keep an LED light on more than