Lithium ion battery has high energy density and low self-discharge property
These days, lithium-ion batteries
are increasingly popular. They are present in iPods, PDAs, cell phones, and
laptops. They are some of the most powerful rechargeable batteries on the
market, pound for pound, which explains why they are so widely used.
An intriguing emerging technology
is lithium
ion battery. Many portable electronic devices use small lithium-ion
batteries, and some huge lithium-ion batteries have been developed to power
EVs. These were just prototypes, and more work is still being done on them.
These prototypes were expensive, and there are still some technical issues to
be fixed. Japan has been engaged in the so-called LIBES initiative since the
1990s to perform research and development on large-scale lithium secondary
batteries for EVs and home-use load-leveling systems.
Recently, lithium
ion battery have also made headlines. That's because these batteries
have the potential to periodically catch fire. Only two or three battery packs
out of every million have this issue, but when it does, it is extremely severe.
The failure rate may increase in specific circumstances, which may lead to a
global battery recall that might cost manufacturers millions of dollars.
What makes these batteries so
energising and well-liked, then, is the question. How do they get on fire? Are
there any steps you can do to stop the issue or make your batteries last
longer? These and other inquiries will be addressed in this essay.
Comments
Post a Comment