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Recently, the Department of Energy of the United States supported the development of a super-debt: a solid state with potential to last 50% more than batteries conventional. Hardware is the company’s work Ion Storage Systemslocated in the state of Maryland.
The battery in question was inspired by hydrogen fuel cells and is already in production at the company’s factory in the city of Beltsville, Maryland (USA).
For those who are in a hurry:
- Ion Storage Systems has developed a solid state battery whose efficiency can be up to 50% higher than conventional batteries;
- Supported by the US Department of Energy, The goal is for this new battery to be commercially implemented in cell phones and electronic vehicles;
- The US Department of Defense has already approved the technology and gave a subsidy valued at US $ 20 million for the company.
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Hydrogen fuel cells are known to convert the chemical energy of hydrogen into electrical energy and water vapor. Currently, it is used as a clean energy as it does not issue polluting by -products and is even present in electric cars.
Thus, a solid state battery whose inspiration focuses on hydrogen fuel cells has the potential to revolutionize the electronics market. This is because the goal of Ion Storage Systems and the US government is that this new battery replaces those with lithium ion, present on current devices.
THE The Wall Street Journal comments that the implementation of this type of large -scale material can be beneficial for smartphones and electric vehicles, given that Ion Storage Systems promises autonomy up to 50% higher than the batteries we currently use. However, other attempts as ambitious as they have already been postulated in the past and were not successful.
If the company could reach its goal and implement this battery at a commercial level, This can contribute to the United States not so much dependent on the battery market from Chinaespecially for those who feed electric vehicles.
To test the efficiency of this new battery, the Ion Storage Systems has sent some products to different customers so that they could prove the operation of the hardware. Among the recipients is the US Department of Defense, which approved the solid state battery.
The Advanced Energy Research Project Agency (ARPA-E) still provided a subsidy of US $ 20 million, which should contribute significantly to the company’s technological advances.
One of the biggest challenges of the Ion Storage Systems is to ensure a good service life to batteries, ie allow them to last for a long time. This is because a recurring problem of solid state batteries is that while they are recharged and discharged, architecture expands and contracts. This repetitive movement can compromise battery usability as it can cause cracks in cells.
