Nanodot technology , Capable Mobile Phone Battery Charge In Seconds

Shortage of smart phones or smartphones today no doubt lies the problem wasteful battery . Regardless of what brand , a mobile phone with a full battery charge was only last a maximum of one and a half days . Answering complaints entire smartphone users , an Israeli startup called StoreDot has shown a prototype battery nanodot -based smartphone , the claim can be fully charged in just an instant .

Gadgets are small, to fit in the battery is placed in the phone, allows users to fully recharge the battery in less than 30 seconds , for an average battery capacity of 2000mAh . In fact , usually to recharge exhausted batteries take several hours . This is because the battery is slowly reversing the chemical reaction , for the consideration of security and energy efficiency .

In contrast to the method of StoreDot . The company is designing technology that later was named the nanodot . It is a peptide bio - organic molecules are synthesized chemically . Despite its small size , however, able to increase the capacitance of the electrode and electrolyte performance . The end result is a battery that can be fully charged in seconds , not hours . Self-discharge characteristics of nanodot said is similar to lithium - ion cells .

"Basically , we have developed a new generation of electrodes with new material - we call MFE - Multi Function Electrode , " said Doron Myersdorf StoreDot as CEO . " On the one hand , these substances act super fast when charging , and on the other hand is like a lithium electrode ( with a slow discharge ) . Electrolyte was modified with nanodot us to make more effective multifunction electrodes . "

Fortunately , the nanodot are made from a wide variety of bio - organic raw materials that are environmentally friendly , so it is not harmful and toxic . In addition to safety , raw materials are also abundant and cheap nanodot .

Now , the technology is in the process nanodot patent filings . Going forward , StoreDot have plans for mass production in late 2016. These technologies can change the way we interact with portable electronics , and maybe even help realize the dream of an electric car , with fast charging . Watch this video :