Blog Article

How to Mitigate Risk in Battery Storage!

How to Mitigate Risk in Battery Storage

In today’s modern world, lithium-ion batteries are used in our home, commercial & industrial environments from wrist worn fitness trackers and mobile phones to power tools, forklift trucks and electric vehicles, but it is important to acknowledge the potential fire and storage risks associated with these batteries.

 

Whilst lithium-ion batteries are generally stable in normal use, they can be sensitive to high temperatures, prone to flammability and be adversely affected by cold temperatures and over charging. Damage to batteries e.g. through dropping or piercing, may lead to short circuit and in extreme cases result in a thermal runaway – a pathway to fire.

QBE European Operations, a renowned business insurer in London, recently wrote an interesting blog article emphasising the risks lithium-ion batteries can pose during use and storage and suggested ways to mitigate such risks many of which we can help with at Battery Storage Box:

Emergency Response Plan

For damaged and overheating lithium-ion batteries

Training of Staff:

Ensure key employees are trained before lithium-ion batteries are allowed on site.

Temperature Control:

Avoid using lithium-ion batteries in extreme heat or freezing temperatures.

Avoid stacking:

Do not stack heavy objects on batteries or devices containing batteries.

Prevent Exposure to Condensation:

Do not expose batteries to condensation, excessive humidity and water.

Carry Out Safe Charging Practices:

Charge lithium-ion batteries in a fire-rated non-combustible structure/room, ensure a minimum of 4m clearance from combustibles when indoor charging.

Schedule Charging:

Complete all charging during work hours, consider additional control measures when charging out of hours.

Battery Storage:

Store unused batteries in a cool, dry location in a charged state.

Segregate Lithium-ion Batteries :

Keep them away from other materials if bulk-stored in a warehouse, in a non-combustible, well-ventilated structure/room with sufficient clearance between the walls and the battery stacks. There should be clearance between batteries to allow air to circulate.

Control Floor Stacking of Lithium-ion Batteries

In designated areas with limited stack heights, footprints, and separation distances.

Recycle and Dispose Correctly

Lithium-ion batteries may leak or rupture and release the ingredients they contain into the environment. Any swollen, dented or otherwise damaged batteries should be recycled or disposed of by a company qualified to do so.

Click here to read the full article: https://qbeeurope.com/news-and-events/blog-articles/10-ways-to-mitigate-risk-in-use-and-storage-of-lithium-ion-batteries/

At Battery Storage Box, we are the industry leader in discreet, state-of-the-art lithium-ion battery warehousing and we specialise in providing temperature-controlled storage for new, unused lithium-ion batteries within our dedicated warehouse facilities to ensure optimal conditions for your batteries.

With state-of-the-art fire protection and detection systems in place (which are monitored 24/7) we will accept lithium-ion batteries or modules of any chemistry however they must be classified as Product and not have been placed under any stress including damaged or knocked, over-charged and exposed to direct sunlight and temperatures exceeding 30⁰C.

You can view the services we offer here: https://www.batterystoragebox.com/services/

Embrace
the Secure Solution

In an era where innovation and sustainability drive business decisions, compromising on battery storage safety is no longer an option. Battery Storage Box empowers businesses to store lithium-ion batteries securely, offering peace of mind and confidence in your battery assets’ protection and performance.

Contact us today at 01743 651 651
or email us at info@bsbwarehouse.com

Learn how our tailored solution ensures the utmost protection for your valuable batteries. Together, let’s embrace a future of sustainable and safe battery storage practices.