Systems thinking project

Useful data: Last year Toshiba recalled about 430,000 laptop batteries because they continued to lose power prematurely. Toshiba also reports that although these batteries were giving problems by losing power, there were no reports of the batteries overheating and there were no reported injuries as a result of the defective batteries.
Before the Toshiba recall, Dell and Apple had a battery recall because Sony had produced a defective batch of batteries. These batteries were known to overheat and some of them even produced fires. All of these batteries were replaced free of charge but the company did suffer some financial damage as a result of the recall.
Panasonic also had a laptop battery recall because the latches were defective. This was causing a mechanical problem with the batteries because they were not properly latched in. In many cases these batteries overheated but there were not reported injuries.

Conclusion
In conclusion, even though lithium-ion batteries have been commercially accessible since 1991, there hasn't been a significant advancement in the chemistry that enables these rechargeable batteries to power anything from our smartphones to electric vehicles in that time. That might alter shortly. technologies has been working on a new lithium-ion battery for over 35,000 iterations that it aims to have in electric will outperform anything currently on the laptop industry. Anode (negative) and cathode are the two electrodes found in lithium-ion batteries (positive). Normally, an electrolyte serves as an ion courier to separate the two. More lithium ions can be held in the battery by increasing energy density. As a result, batteries can be built for less money and with greater energy capacity in the same volume.

References:
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