loading

MERITSUN Battry - The Best Battery Energy Storage System & Lithium Battery Solutions Provider.

Will airlines ban Samsung phones after their recall for exploding batteries? - li ion battery cell

Will airlines ban Samsung phones after their recall for exploding batteries?  -  li ion battery cell

The problem is that the batteries on the phone are on fire, although samsung only mentioned that they are a "battery problem" and only 35 cases have been reported so far.
For Samsung, the recall can't happen at a worse time.
Apple's new iPhone is also likely to be listed as 7, and this week, Samsung hopes to steal some news focus with its dynamism at the IFA consumer electronics show in Berlin.
Cell phone battery explosion is not a new thing, nor is it limited to Samsung's mobile phone.
There have been many reports that previous phones had caught fire spontaneously, and unfortunately some were injured and even killed the operator of the phone.
At least one mountain bike rider fell off his bike and landed on his iPhone 6 due to the impact.
Smartphones use lithium-ion batteries.
The advantage of these batteries is that they charge fast and generate a lot of power in a compact, lightweight form.
When a chemical reaction occurs, the battery starts to overheat by overcharging, impurities in the battery, or sudden impact, and the problem begins.
Without control, heat causes the reaction to accelerate and more heat is generated, resulting in "heat out of control ".
Once the temperature reaches 150 degrees Celsius, things will continue until the battery and phone are on fire.
A special issue with the Samsung Galaxy Note 7 is that it uses a USB Type C socket for charging.
Berisky has shown berisky to use a non-standard USB to usb c adapter or even a usb c cable because it is possible to apply too much voltage to the device and basically "fry" them.
The use of such an adapter may be the cause of the Samsung Galaxy Note 7 fire at least once.
Explosive batteries are common in cheaper charging and catching fire.
But even transporting batteries could end in disaster because a 747 UPS plane caught fire on its lithium-ion battery cargo.
The risk of fire on mobile phones and batteries has caused safety problems with electronic equipment on domestic aircraft.
The crew of an international Qantas flight had to put out a fire in the seat caused by a mobile phone, the phone was crushed after passengers threw the phone into the cabin to retrieve the seat and move the seat.
The airline explicitly warned passengers about the situation in its safety video.
It is also common for airlines to carry spare batteries on flights --on luggage.
The FAA pays special attention to spare batteries that are exposed to terminals that may be short-circuited by contact with other metals in the bag.
External Portable phone
There is no problem with the Chargers as they do not have these exposed terminals so there is not much problem.
Most airlines have stopped flying.
To take this action, there were not many confirmed incidents in which the hovercraft caught fire.
Given that Samsung has made it clear that its Galaxy Note 7 s is facing the same problem, and that the number of reported incidents is similar to that of hoverboards, it is not unreasonable for airlines to take the same precautions against specific Galaxy Note 7 phones.
However, the issue of airlines trying to do this in practice will be significant.
The hovercraft is more obvious than the mobile phone, and the danger posed by the Galaxy Note 7 will basically disappear after the recall.
Telling passengers that they are not allowed to bring their phones to the flight will pose a greater public relations challenge than preventing them from taking hoverboards.
One must assume that in any case, the person who bought the recalled phone has enough motivation to replace the phone as soon as possible.
This will leave the relative risk of airline flights extremely low in the coming weeks.
Given that other stories of previous cell phone battery explosions did not affect cell phone sales, the problem is unlikely to affect Samsung in the long run.

GET IN TOUCH WITH Us
recommended articles
Knowledge Successful case News
How Long Will a 10 kWh Battery Run a House? A Practical Runtime Guide
Runtime depends on the usable SOC window, conversion efficiency and average backed-up load. Formula, worked example and planning table for 8–15.36 kWh.
Wall-Mounted vs. Floor-Standing Home Batteries: 9 Checks Installers Should Make
Wall-mounted or floor-standing home battery? Run these 9 checks first: wall load, clearances, cabling, environment, inverter communication, expansion.
8 kWh vs. 10 kWh vs. 15.36 kWh Home Batteries: A Load-Shedding Sizing Guide
Compare 8 kWh, 10 kWh and 15.36 kWh home batteries for load-shedding projects — backed-up load, usable capacity, inverter output and reserve, explained.
How to Plan a 30.72 kWh U.S. Home Backup System Around the Load Panel
Learn how to plan a 30.72 kWh U.S. home battery system around a backup-load panel, split-phase service, surge demand and solar recharge.
How to Design a 46.08 kWh Three-Phase Home Battery System for a German Residence
See how installers can plan a 46.08 kWh three-phase home battery system for a German residence, including loads, inverter compatibility and protection.
Can You Add a Battery to an Existing Solar System? AC-Coupled vs. DC-Coupled Retrofit Guide
Learn when an existing solar system can be retrofitted with battery storage, how AC- and DC-coupled designs differ, and what installers must inspect first.
UN 38.3 vs. IEC 62619 vs. UL 1973: A Battery Document Checklist for Distributors and Installers
Learn what UN 38.3, IEC 62619 and UL 1973 cover, what they do not prove, and which product documents distributors and installers should verify.
How to Compare Home Battery Warranties: Years, Cycles, Throughput and Capacity Retention
Compare home battery warranty years, cycle limits, energy throughput, capacity retention, operating conditions and exclusions before selecting a supplier.
What Is Battery C-Rate? How Charge and Discharge Limits Affect Home ESS Power
Understand 0.5C, 1C and other battery C-rates, how to convert current into power, and why the BMS and inverter may limit real home ESS output.
How to Read a Home Battery Datasheet: 12 Specifications Installers Should Verify Before Quoting
Learn how to evaluate capacity, voltage, current, power, cycle life, temperature limits, communications, certifications and warranty terms before quoting a home battery.
Established in 1999, we have 20+ years of energy professional experience and integrated solutions services in energy storage application industrial, and further reach the demands the smart & green energy era. 
Service Hotline: +86-13632226296
Tel: +86-20-3659 5615 / +86-20-3243 9575
Fax: +86-20-3243 9640
Headquarters Address: Yongtai Business Center, B213, Baiyun, Guangzhou
Copyright ©1999-2025 MeriTech Power Limited - www.meritsunpower.com | All Rights Reserved | Sitemap | Privacy Policy
Product Lives
Customer service