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UKM-AUT23-PG18+19_Layout 1 28/07/2023 09:46 Page 19


BATTERIES & CHARGERS


materials. This separation will help to reduce the risk of spreading a fire that might originate amongst discarded or waste batteries. In addition, these bins should be metal and have metal lids whenever practical.


Internal components and mechanisms in lithium-ion batteries are highly susceptible to physical or mechanical damage when the battery is subject to a severe external force or when it is dropped on a hard surface. Any external evidence of damage should therefore trigger concerns about a battery’s internal integrity, and it should be safely disposed of in bins intended solely for damaged batteries. For larger format batteries, such as mobile equipment batteries, ensure that battery chargers and batteries being charged are separated from other combustible contents by at least three metres.


BATTERY EVOLUTION


As lithium-ion batteries bring so many positive benefits to industrial innovation, they will continue to evolve as manufacturers seek new ways to increase battery density and reduce size. Therefore, the safety of lithium-ion battery technology will continue to be investigated to address unexpected hazards that emerge. As we learn more about the risks associated with the use, bulk storage and recycling of lithium-ion batteries, changes in standards and best practices can be expected to change as well. It is therefore vital that the safety of lithium-ion battery technology and its storage remains under scrutiny so that these evolving hazards can be addressed.


While there are hazards specific to lithium- ion battery storage in industrial environments, there are fundamental strategies that can be implemented to reduce the potential risks associated with battery-related fires and explosions. It is certain that for industrial environments, proper storage and risk management are critical in avoiding battery malfunctions.


TÜV SÜD www.tuvsud.com/uk


UKManufacturing Autumn 2023


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