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Sikkerhed for batterier

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Batterisikkerhed - en voksende energikilde med særlige risici

Battery safety is paramount as we embrace cleaner energy solutions. With the rise of electric vehicles and renewable energy storage, ensuring safe battery production, distribution, and usage is crucial. With over 50 years’ experience in gas detection, Crowcon has thorough knowledge of the hazards surrounding battery energy storage systems (BESS), making us the ideal partner for holistic battery safety.

Den eksplosive stigning i termisk løbskhed, og hvordan du kan forhindre det

Da litium-ion-batterier spiller en stadig større rolle for bæredygtigheden, er proaktive sikkerhedsforanstaltninger afgørende. Læs om sikkerhedsudfordringerne, og hvordan Crowcon kan hjælpe BESS med at forhindre termisk løbskhed i e-bogen "The Battery Boom". Lær strategier til at styrke din sikkerhedsprotokol, forstå dynamikken i afgasning og prioritere gasdetektering.

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Sikkerhedsrisici ved litium-ion-batterier

With the widespread use of lithium-ion batteries and increased production demands, understanding their volatile and combustible nature is crucial. So, what are the risks?

Brand

Litium-ion-batterier kan bryde i brand på grund af thermal runaway, en kædereaktion, hvor batteriet overophedes, hvilket fører til nedbrydning af elektrolytten og gasudvikling. Det kan antænde den brandfarlige elektrolyt og forårsage voldsomme brande, der er svære at slukke og hurtigt kan sprede sig, hvilket udgør en betydelig sikkerhedsrisiko.

Explosions

In extreme cases, thermal runaway in lithium-ion batteries can lead to violent explosions. The rapid buildup of pressure from gas generation within the battery can rupture its enclosure, resulting in an explosion with the potential to cause severe injuries and property damage.

Gas Leaks

Thermal runaway in lithium-ion batteries can release hazardous gases such as hydrogen fluoride (HF) and other flammable compounds. These gases can escape from the battery, posing risks of chemical exposure to nearby individuals and environments, with potential long-term health effects.

Iltmangel

During thermal runaway, lithium-ion batteries can consume oxygen from their surroundings, leading to oxygen deficiency in enclosed spaces. Therefore closely monitoring oxygen levels plays a crucial role in personnel safety during clean-up operations.

Early detection, preventative protection

The early detection of off-gases is pivotal to containing thermal runaway. Investing in protection and detection is a minor expenditure when compared to the costs of a thermal runaway fire or explosion, which can potentially result in almost immeasurable loss. Put simply, can you afford to do nothing?

Crowcons løsning giver brugerne mulighed for tidlig detektering af afgasning, hvilket giver en kritisk fordel ved at advare dem, før et batteri når den farlige afgrund af termisk løbskhed.

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Sikkerhed for batterier: Løsninger til detektering og beskyttelse

Opdag problemer med litium-ion-batterier ved den tidligst mulige indikation af fejl for at minimere risici og bevare kontrollen.

Xgard Bright
With it's capability to detect EMCs and DMCs, Xgard Bright with MPS provides early detection of off-gassing to give you the best possible chance of containing thermal runaway.
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T4x
Our new and improved portable multi gas monitor you can take almost anywhere. Now with MPS technology to ensure your workers are kept safe from the various gas hazards present in battery storage facilities.
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Gasman
A compact and lightweight package designed for use in the toughest environments, now complete with MPS sensor to protect you from a wide variety of flammable gases which are present in battery storage applications.
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Hvis du har spørgsmål om lithium-ion-batterisikkerhed og de involverede løsninger, skal du blot udfylde nedenstående formular, så kontakter vi dig.